CINXE.COM
電気分野における最先端技術の動向 - 日経テックフォーサイト
<!DOCTYPE html><html><head prefix="og:http://ogp.me/ns#"><meta charSet="utf-8"/><meta name="viewport" content="width=device-width"/><title>電気分野における最先端技術の動向 - 日経テックフォーサイト</title><meta name="description" content="次世代半導体やロボティクス、エネルギーなど電機分野における最先端技術の動向をお届けします。"/><meta name="theme-color" content="#240100"/><link rel="icon" href="/prime/.resources/favicons/tech-foresight/favicon.ico" sizes="any"/><link rel="icon" href="/prime/.resources/favicons/tech-foresight/icon.svg" type="image/svg+xml"/><link rel="apple-touch-icon" href="/prime/.resources/favicons/tech-foresight/apple-touch-icon.png"/><link rel="manifest" href="/prime/.resources/manifests/tech-foresight.webmanifest"/><link rel="preload" as="image" href="/prime/.resources/placeholder/placeholder.png"/><link rel="canonical" href="https://www.nikkei.com/prime/tech-foresight/sections/C2001001"/><meta property="og:title" content="電気分野における最先端技術の動向 - 日経テックフォーサイト"/><meta property="og:site_name" content="NIKKEI Tech Foresight（日経テックフォーサイト）：日経グループの次世代技術や知財戦略を伝える専門メディア"/><meta property="og:locale" content="ja_JP"/><meta property="og:description" content="次世代半導体やロボティクス、エネルギーなど電機分野における最先端技術の動向をお届けします。"/><meta property="og:url" content="https://www.nikkei.com/prime/tech-foresight/sections/C2001001"/><meta property="og:type" content="article"/><meta property="og:image" content="https://www.nikkei.com/prime/.resources/placeholder/default-og-image-tech-foresight.png"/><meta property="article:publisher" content="https://www.facebook.com/nikkei/"/><meta property="article:section" content="日経テックフォーサイト"/><meta property="twitter:title" content="電気分野における最先端技術の動向 - 日経テックフォーサイト"/><meta name="twitter:site" content="@nikkei"/><meta name="twitter:card" content="summary_large_image"/><meta name="next-head-count" content="23"/><meta name="bingbot" content="noarchive"/><link rel="preload" href="/prime/.resources/_next/static/css/dc30d776208a60b6.css" as="style"/><link rel="stylesheet" href="/prime/.resources/_next/static/css/dc30d776208a60b6.css" data-n-g=""/><link rel="preload" href="/prime/.resources/_next/static/css/f862b943c6663762.css" as="style"/><link rel="stylesheet" href="/prime/.resources/_next/static/css/f862b943c6663762.css" data-n-p=""/><link rel="preload" href="/prime/.resources/_next/static/css/56178dd3efbe1d93.css" as="style"/><link rel="stylesheet" href="/prime/.resources/_next/static/css/56178dd3efbe1d93.css" data-n-p=""/><noscript data-n-css=""></noscript><script defer="" nomodule="" src="/prime/.resources/_next/static/chunks/polyfills-42372ed130431b0a.js"></script><script src="/prime/.resources/_next/static/chunks/webpack-51ea9c97e7d71fc6.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/framework-786d6065793cef28.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/main-7e907e176bebcbe4.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/pages/_app-c458b56ec59615ff.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/501-1004317f66cb15dd.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/930-9873e8d6f6bcff73.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/439-c5fc7a14d42df6ce.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/999-bc81a45f1b914f9d.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/722-2869015c9e130605.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/826-48e76c05d8050af7.js" defer=""></script><script src="/prime/.resources/_next/static/chunks/pages/%5Bcategory%5D/sections/%5Buid%5D-2610540d2c7a096e.js" defer=""></script><script src="/prime/.resources/_next/static/7Ibdb1Hkr88M1Gukqm8HB/_buildManifest.js" defer=""></script><script src="/prime/.resources/_next/static/7Ibdb1Hkr88M1Gukqm8HB/_ssgManifest.js" defer=""></script></head><body><div id="__next"><div><div><header class="header_header__S00gV"><div class="header_wrapper__Aty0A"><div class="header_container__1WH55 header_containerShowRegister__c5Ztw"><div class="header_hamburgerButton__TEf2q"><img alt="メニューを開く" loading="lazy" width="24" height="24" decoding="async" data-nimg="1" style="color:transparent;width:100%;height:auto" src="/prime/.resources/icons/icon__hamburger--white.svg"/></div><div class="header_logoMenu__06QdM header_logoMenuNotLoggedIn__J_8Kg"><a class="header_logo__5FNrL" href="/prime/tech-foresight"><img alt="NIKKEI Tech Foresight" loading="lazy" decoding="async" data-nimg="fill" style="position:absolute;height:100%;width:100%;left:0;top:0;right:0;bottom:0;object-fit:contain;object-position:left;color:transparent" src="/prime/.resources/logos/logo__nikkei_tech_foresight_d.svg"/></a><div class="header_categoryListContainer__Hoh4W"><ul class="sub-category_subCategoryList__iI9fi"><li class="sub-category_subCategoryItem__2gnB4 sub-category_subCategoryLabelWithItems__Vr03F"><div class="sub-category_subCategoryLabel__lNv1C">セグメント</div><ul class="sub-category_itemArea__uQ1bq"><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-segment-半導体" href="/prime/tech-foresight/sections/C200100C">半導体</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-segment-AI" href="/prime/tech-foresight/sections/C200100D">AI</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-segment-量子" href="/prime/tech-foresight/sections/C200100E">量子</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-segment-IT" href="/prime/tech-foresight/sections/C2001000">IT</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-segment-電機" href="/prime/tech-foresight/sections/C2001001">電機</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-segment-自動車" href="/prime/tech-foresight/sections/C2001002">自動車</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-segment-建築" href="/prime/tech-foresight/sections/C2001003">建築</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-segment-土木" href="/prime/tech-foresight/sections/C2001004">土木</a></li></ul></li><li class="sub-category_subCategoryItem__2gnB4 sub-category_subCategoryLabelWithItems__Vr03F"><div class="sub-category_subCategoryLabel__lNv1C">トレンド</div><ul class="sub-category_itemArea__uQ1bq"><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-trend-デジタル" href="/prime/tech-foresight/sections/C2001005">デジタル</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-trend-ハードウエア" href="/prime/tech-foresight/sections/C2001006">ハードウエア</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-trend-知財" href="/prime/tech-foresight/sections/C2001007">知財</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-trend-マネジメント" href="/prime/tech-foresight/sections/C200100F">マネジメント</a></li></ul></li><li class="sub-category_subCategoryItem__2gnB4 sub-category_subCategoryLabelWithItems__Vr03F"><div class="sub-category_subCategoryLabel__lNv1C">コラム</div><ul class="sub-category_itemArea__uQ1bq"><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-column-Editor's Focus" href="/prime/tech-foresight/sections/C2001008">Editor's Focus</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-column-特集" href="/prime/tech-foresight/sections/C2001009">特集</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-column-インタビュー" href="/prime/tech-foresight/sections/C200100A">インタビュー</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-column-寄稿" href="/prime/tech-foresight/sections/C200100G">寄稿</a></li><li class="sub-category_item__KLCkp"><a class="sub-category_itemLink__QI7X6" data-rn-track="top-column-データ・調査" href="/prime/tech-foresight/sections/C200100B">データ・調査</a></li></ul></li></ul></div></div><div class="header_searchBar__zBOw_ header_searchBarNotLoggedIn__OthDf"><form class="search-bar_container__zg4Am" action="/prime/tech-foresight/search/article" method="get"><button class="search-bar_icon__X9JCm"></button><input name="keyword" type="text" class="search-bar_searchBar__WOsLH" placeholder="記事を検索" value=""/><input name="offset" type="hidden" value="0"/></form></div><a class="header_register__gXWbO header_registerNotLoggedIn__hCmNq" href="https://www.nikkei.com/promotion/service/prime/tech-foresight/" data-rn-track="header-register"><span class="header_registerText__VSXdB header_registerTextMedium__fOKGg">お申し込み</span><span class="header_registerText__VSXdB header_registerTextSmall__658w3">お申込み</span></a><div class="header_account__StIVl header_accountNotLoggedIn__V_F9G"><a class="account-nav_loginText__9OLWu" href="/login" data-rn-track="header-login">ログイン</a></div></div></div></header><noscript><img height="1" width="1" style="display:none" src="https://www.facebook.com/tr?id=1826639984321781&ev=PageView&noscript=1"/></noscript><div class="section_baseContainer__wc7uW"><div class="section_container__wbB7h"><div class="section_label__Asu_e">電機</div><div class="stream-article-blocks_body__aJ8Oq"><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC22AD60S4A121C2000000","link-to-URL":"/tech-foresight/article/DGXZQOUC22AD60S4A121C2000000/"}" href="/prime/tech-foresight/article/DGXZQOUC22AD60S4A121C2000000"><div class="card_date__3gUsN"><time dateTime="2024-11-24T20:00:00.000Z">11月25日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">「ハイブリッド接合新技術」「光電融合へ」 海外動向</p><p class="card_excerpt__tMda3">「グローバルウオッチ」では海外企業の最新動向をダイジェスト形式でお届けします。 K&Sとロームがハイブリッド接合の新技術、歩留まり向上 シンガポールKulicke & Soffa Industries（キューリック・アンド・ソファ・インダストリーズ、K&S）は2024年11月13日、ロームと共同で新たなハイブリッドボンディング（ハイブリッド接合）技術を開発したと発表した。既</p></div><div class="card_imageContainer__QdZbL"><img alt="ライトマターは光インターコネクト製品「Passage」を強化して光電融合ニーズの取り込みを図る（出所：ライトマター）" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5659868022112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D651e4f242e13d54ea0b4d0a0c57033ea&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5659868022112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D651e4f242e13d54ea0b4d0a0c57033ea&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5659868022112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D651e4f242e13d54ea0b4d0a0c57033ea&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC21A7Y0R21C24A1000000","link-to-URL":"/tech-foresight/article/DGXZQOUC21A7Y0R21C24A1000000/"}" href="/prime/tech-foresight/article/DGXZQOUC21A7Y0R21C24A1000000"><div class="card_date__3gUsN"><time dateTime="2024-11-24T20:00:00.000Z">11月25日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">【特許】レゾナック、半導体用接着剤 フィレット抑制</p><p class="card_excerpt__tMda3">「特許ウオッチ」では、NIKKEI Tech ForesightとPatentfieldが共同開発したアルゴリズムに基づいて、重要性が高いと考えられる特許出願を紹介します。対象は日本の特許出願です。アルゴリズムでは「技術の革新性」「出願人にとっての緊急性」「国際出願」「他者の関心」などを重視しています。リーガルステータスは掲載時点のものです。 〈概要〉半導体用フィルム状接着剤に関する発明。半導体チ</p></div><div class="card_imageContainer__QdZbL"><img alt="★BP記事専用★特許ウオッチ" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5654286021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3De4cff212f2510b6cced5a0591ef1b5d9&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5654286021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3De4cff212f2510b6cced5a0591ef1b5d9&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5654286021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3De4cff212f2510b6cced5a0591ef1b5d9&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC228TF0S4A121C2000000","link-to-URL":"/tech-foresight/article/DGXZQOUC228TF0S4A121C2000000/"}" href="/prime/tech-foresight/article/DGXZQOUC228TF0S4A121C2000000"><div class="card_date__3gUsN"><time dateTime="2024-11-24T20:00:00.000Z">11月25日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">阪大、波長可変な青色半導体レーザー 殺菌・消毒に</p><p class="card_excerpt__tMda3">大阪大学大学院の研究グループは、青色波長帯において「世界で初めて」（研究グループ）小型で実用的な波長可変レーザーの開発に成功した。スロットと呼ばれる溝を周期的に形成した作製容易な新規構造を窒化物半導体レーザーに適用して実現した。新規構造第2高調波発生デバイスと組み合わせることで、殺菌・消毒が可能な遠紫外光源の実現が期待できる。 本研究では、長さ約1mmの青色半導体レーザーの内部に単一波長発振のた</p></div><div class="card_imageContainer__QdZbL"><img alt="" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5659197022112024000000-1.png%3Fixlib%3Djs-2.3.2%26w%3D523%26h%3D326%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26q%3D75%26s%3De8a9e20aaa494c95b832e2e8ca53c021&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5659197022112024000000-1.png%3Fixlib%3Djs-2.3.2%26w%3D523%26h%3D326%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26q%3D75%26s%3De8a9e20aaa494c95b832e2e8ca53c021&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5659197022112024000000-1.png%3Fixlib%3Djs-2.3.2%26w%3D523%26h%3D326%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26q%3D75%26s%3De8a9e20aaa494c95b832e2e8ca53c021&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC213670R21C24A1000000","link-to-URL":"/tech-foresight/article/DGXZQOUC213670R21C24A1000000/"}" href="/prime/tech-foresight/article/DGXZQOUC213670R21C24A1000000"><div class="card_date__3gUsN"><time dateTime="2024-11-24T20:00:00.000Z">11月25日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">大同特殊鋼、モーター新材料 高出力で空飛ぶクルマに</p><p class="card_excerpt__tMda3">大同特殊鋼はモーターのコア（鉄心）材として通常使用される電磁鋼板よりも高性能な新材料を開発した。モーターの出力を左右する飽和磁束密度が高く、加工性にも優れる。モーターの小型・軽量化や高出力化につながる。空飛ぶクルマと呼ばれるeVTOL（電動垂直離着陸）機やドローン、産業用ロボットなどへの採用を狙う。 新材料で試作したモーターコアを「第11回 メタル ジャパン（高機能 金属展）」（2024年10月</p></div><div class="card_imageContainer__QdZbL"><img alt="" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5651292021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3Da859ecf807fc2d4f3291d9cf2e256f08&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5651292021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3Da859ecf807fc2d4f3291d9cf2e256f08&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5651292021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3Da859ecf807fc2d4f3291d9cf2e256f08&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC221XO0S4A121C2000000","link-to-URL":"/tech-foresight/article/DGXZQOUC221XO0S4A121C2000000/"}" href="/prime/tech-foresight/article/DGXZQOUC221XO0S4A121C2000000"><div class="card_date__3gUsN"><time dateTime="2024-11-24T20:00:00.000Z">11月25日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">ラピダスに「修羅場」 2nm半導体、急ピッチで試作へ</p><p class="card_excerpt__tMda3">2025年は先端半導体の受託生産を目指すRapidus（ラピダス、東京・千代田）にとって、勝負の1年になる。2027年の量産開始に向け、2nm（ナノメートル）世代の半導体のパイロット（試験）生産を2025年4月に始める計画だ。量産までに5兆円が必要とされる資金の調達や顧客開拓にも前進が求められる。 「TSMC（台湾積体電路製造）は素晴らしいが、我々の事業運営に弾性を持たせるには供給網（サプライチ</p></div><div class="card_imageContainer__QdZbL"><img alt="ラピダスの小池氏は「世界一のスピードで半導体を造る」と話す" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5656299022112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.51%26fp-y%3D0.44%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D700ff5544b62f2c10a6d14067929304c&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5656299022112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.51%26fp-y%3D0.44%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D700ff5544b62f2c10a6d14067929304c&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5656299022112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.51%26fp-y%3D0.44%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D700ff5544b62f2c10a6d14067929304c&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC21A0W0R21C24A1000000","link-to-URL":"/tech-foresight/article/DGXZQOUC21A0W0R21C24A1000000/"}" href="/prime/tech-foresight/article/DGXZQOUC21A0W0R21C24A1000000"><div class="card_date__3gUsN"><time dateTime="2024-11-21T20:00:00.000Z">11月22日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">【特許】浜松ホトニクス、レーザー光の品質高める封体</p><p class="card_excerpt__tMda3">「特許ウオッチ」では、NIKKEI Tech ForesightとPatentfieldが共同開発したアルゴリズムに基づいて、重要性が高いと考えられる特許出願を紹介します。対象は日本の特許出願です。アルゴリズムでは「技術の革新性」「出願人にとっての緊急性」「国際出願」「他者の関心」などを重視しています。リーガルステータスは掲載時点のものです。 〈概要〉レーザー励起光源などに適用される発光封体に関す</p></div><div class="card_imageContainer__QdZbL"><img alt="★BP記事専用★特許ウオッチ" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5654208021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3Da4e21a3e905a7e847031c892944e9cc1&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5654208021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3Da4e21a3e905a7e847031c892944e9cc1&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5654208021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3Da4e21a3e905a7e847031c892944e9cc1&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC1550B0V11C24A1000000","link-to-URL":"/tech-foresight/article/DGXZQOUC1550B0V11C24A1000000/"}" href="/prime/tech-foresight/article/DGXZQOUC1550B0V11C24A1000000"><div class="card_date__3gUsN"><time dateTime="2024-11-21T20:00:00.000Z">11月22日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">東北大など、酸化亜鉛で量子ドット 新材料として浮上</p><p class="card_excerpt__tMda3">東北大学などの研究グループは、酸化物半導体の酸化亜鉛（ZnO）を用いて、量子デバイスの基本構造である電界制御量子ドットを「初めて」（研究グループ）形成し、その電気伝導特性を測定した。加えて、量子ドット内の電子数の偶奇によらない近藤効果を確認し、その特徴的な温度依存性、磁場依存性を観測した。新しい量子デバイスの開発に活用が期待される。 物質・材料研究機構（NIMS）や東京大学などと共同で研究した。</p></div><div class="card_imageContainer__QdZbL"><img alt="" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5627857015112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3Dc988f84f85e91ccc04b6c40fb75e63a6&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5627857015112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3Dc988f84f85e91ccc04b6c40fb75e63a6&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5627857015112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3Dc988f84f85e91ccc04b6c40fb75e63a6&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC214420R21C24A1000000","link-to-URL":"/tech-foresight/article/DGXZQOUC214420R21C24A1000000/"}" href="/prime/tech-foresight/article/DGXZQOUC214420R21C24A1000000"><div class="card_date__3gUsN"><time dateTime="2024-11-21T20:00:00.000Z">11月22日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">半導体は「3.5D」へ AMDがNVIDIAに先行、AI対応で</p><p class="card_excerpt__tMda3">3.5D（次元）は高性能コンピューティング（HPC）やAI（人工知能）向けの次世代半導体パッケージ技術を指す。2.5Dと3Dを融合した造語で、ハイブリッドボンディング（ハイブリッド接合）と呼ぶチップ積層技術を使う。米AMD（アドバンスト・マイクロ・デバイセズ）や台湾積体電路製造（TSMC）が開発を主導し、スーパーコンピューターやデータセンター向けプロセッサーで導入が始まった。 高性能コンピューテ</p></div><div class="card_imageContainer__QdZbL"><img alt="" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5651627021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D932c63f5a52aafeef3ff6a9b2e483a6e&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5651627021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D932c63f5a52aafeef3ff6a9b2e483a6e&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5651627021112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D932c63f5a52aafeef3ff6a9b2e483a6e&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC201XH0Q4A121C2000000","link-to-URL":"/tech-foresight/article/DGXZQOUC201XH0Q4A121C2000000/"}" href="/prime/tech-foresight/article/DGXZQOUC201XH0Q4A121C2000000"><div class="card_date__3gUsN"><time dateTime="2024-11-21T20:00:00.000Z">11月22日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">NECとAGC、ガラス活用の屋内5G基地局 景観に配慮</p><p class="card_excerpt__tMda3">NECとAGCは、ガラスアンテナと太陽光発電が可能なガラス素材を用いた5G（第5世代移動通信）基地局の有効性を確かめた。基地局の稼働に必要な電力の約30%を太陽光発電でまかなう。この基地局によって、設置場所を確保しやすくしたり、景観に悪影響が出ないようにしたりする。 有効性を実証したのは、「景観配慮型サステナブル基地局」と呼ぶもの。太陽光発電に対応するBIPV（Building-Integrat</p></div><div class="card_imageContainer__QdZbL"><img alt="" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5645392020112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D1ada0e42d9b041d88f850a4ac08d05ec&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5645392020112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D1ada0e42d9b041d88f850a4ac08d05ec&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5645392020112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D1ada0e42d9b041d88f850a4ac08d05ec&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div><div class="stream-article-blocks_article__5vAqO"><div><a class="card_content__U9soM" data-rn-track="section-article" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC209TR0Q4A121C2000000","link-to-URL":"/tech-foresight/article/DGXZQOUC209TR0Q4A121C2000000/"}" href="/prime/tech-foresight/article/DGXZQOUC209TR0Q4A121C2000000"><div class="card_date__3gUsN"><time dateTime="2024-11-20T20:00:00.000Z">11月21日</time></div><div class="card_cardContent__6Mel9"><div><p class="card_title__JZXqr">【特許】韓国ダクサン、Liイオン2次電池の電極劣化抑制</p><p class="card_excerpt__tMda3">「特許ウオッチ」では、NIKKEI Tech ForesightとPatentfieldが共同開発したアルゴリズムに基づいて、重要性が高いと考えられる特許出願を紹介します。対象は日本の特許出願です。アルゴリズムでは「技術の革新性」「出願人にとっての緊急性」「国際出願」「他者の関心」などを重視しています。リーガルステータスは掲載時点のものです。 〈概要〉リチウムイオン2次電池の非水電解液の添加剤に関</p></div><div class="card_imageContainer__QdZbL"><img alt="★BP記事専用★特許ウオッチ" loading="lazy" width="160" height="100" decoding="async" data-nimg="1" style="color:transparent;object-fit:contain" srcSet="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5648878020112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D6e8bfbd9504a3c4f7d1f9508bc18ca5f&w=256&q=75 1x, /prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5648878020112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D6e8bfbd9504a3c4f7d1f9508bc18ca5f&w=384&q=75 2x" src="/prime/.resources/_next/image?url=https%3A%2F%2Farticle-image-ix.nikkei.com%2Fhttps%253A%252F%252Fimgix-proxy.n8s.jp%252FDSXZQO5648878020112024000000-1.jpg%3Fixlib%3Djs-2.3.2%26w%3D600%26h%3D375%26auto%3Dformat%252Ccompress%26fit%3Dcrop%26bg%3DFFFFFF%26fp-x%3D0.5%26fp-y%3D0.5%26fp-z%3D1%26crop%3Dfocalpoint%26s%3D6e8bfbd9504a3c4f7d1f9508bc18ca5f&w=384&q=75"/><span class="card_credit__k14q5"></span></div></div></a><div class="stream-article-list_tagBarContainer__QF5_l"><div class="tag-bar-with-audio-save-button_container__dS_9P"><ul class="tags_tagList__kPgLB"><li class="tags_tag__wSkU2"><div class="ellipsis-button_ellipsisButton__cIsYK">…</div></li></ul><div class="tag-bar-with-audio-save-button_buttonList__RxWNu"></div></div></div></div></div></div><a class="section_seeMore__Z0f86" data-rn-track="section-showmore" href="/prime/tech-foresight/sections/C2001001?offset=10">もっと見る</a></div></div><footer class="common_footer__YQMTf"><nav><div class="about-links_base__fgZZA"><div class="common_container__3krch"><div class="expansion-panel_panel__WdgH_"><div class="expansion-panel_heading__DouCx"><h2>日本経済新聞社について</h2><img alt="展開する" loading="lazy" width="24" height="24" decoding="async" data-nimg="1" class="expansion-panel_toggle__fLLXi" style="color:transparent" src="/prime/.resources/icons/icon__k-chevron--down-black.svg"/></div><div class="expansion-panel_panelBody__ph3y_"><section class="about-links_nikkeiSection__oXhwL"><h2 class="about-links_nikkeiHeading__GBjFG">日本経済新聞社について</h2><ul class="about-links_nikkeiLinkList__31hw_"><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://www.nikkei.co.jp/nikkeiinfo/" target="_blank" rel="noopener noreferrer">会社情報</a></li><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://www.nikkei.co.jp/nikkeiinfo/news/press/" target="_blank" rel="noopener noreferrer">プレスリリース</a></li><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://www.nikkei.com/promotion/service/share/" target="_blank" rel="noopener noreferrer">記事利用</a></li><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://www.nikkei.co.jp/nikkeiinfo/privacy/about.html" target="_blank" rel="noopener noreferrer">個人情報の取り扱い</a></li><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://www.nikkei.co.jp/saiyo/?n_cid=JSID2" target="_blank" rel="noopener noreferrer">本社採用案内</a></li><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://www.nikkei.co.jp/nikkeiinfo/corporate/group/" target="_blank" rel="noopener noreferrer">日経グループ情報</a></li><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://marketing.nikkei.com/media/newspaper/" target="_blank" rel="noopener noreferrer">新聞広告ガイド</a></li><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://www.nikkei4946.com/" target="_blank" rel="noopener noreferrer">紙面紹介と購読案内</a></li><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://www.nikkei.com/edit/sns/?n_cid=DSSCN001" target="_blank" rel="noopener noreferrer">SNSアカウント一覧</a></li><li class="about-links_nikkeiLinkItem__cE2Z4"><a class="common_link__P711N" href="https://www.nikkei.com" target="_blank" rel="noopener noreferrer">日経電子版</a></li></ul></section></div></div><section class="about-links_websiteSection__hB46R"><h2 class="about-links_websiteHeading__8ebMT">NIKKEI Tech Foresight<!-- -->について</h2><ul class="about-links_websiteLinkList__opZa3"><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/promotion/service/prime/tech-foresight/" target="_blank" rel="noopener noreferrer">NIKKEI Tech Foresight<!-- -->とは</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/help/feature/device/prime_techforesight/" target="_blank" rel="noopener noreferrer">ヘルプセンター</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://support.nikkei.com/app/answers/list/p/444" target="_blank" rel="noopener noreferrer">よくある質問</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://regist.nikkei.com/support/" target="_blank" rel="noopener noreferrer">ご購読サポート</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://chatfaq.nikkei.com/" target="_blank" rel="noopener noreferrer">チャットサポート</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/info/link.html" target="_blank" rel="noopener noreferrer">リンクポリシー</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/info/copyright.html" target="_blank" rel="noopener noreferrer">著作権</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/lounge/privacy/cookie/policy.html" target="_blank" rel="noopener noreferrer">クッキーポリシー</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/lounge/privacy/cookie/optout.html#nikkeiprime" target="_blank" rel="noopener noreferrer">外部送信</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/lounge/privacy/index.html?n_cid=PRIV001" target="_blank" rel="noopener noreferrer">プライバシーセンター</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/help/feature/device/prime_techforesight/prime_techforesight_kiyaku.pdf" target="_blank" rel="noopener noreferrer">利用規約</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/promotion/houjin/" target="_blank" rel="noopener noreferrer">法人のお客さま</a></li><li class="about-links_websiteLinkItem__a3I2t"><a class="common_link__P711N" href="https://www.nikkei.com/info/exemption.html" target="_blank" rel="noopener noreferrer">免責</a></li></ul></section></div></div></nav><div class="footer-copyright_wrapper__5Ay6Y"><div class="footer-copyright_container__2wGYA"><p class="copyright_copyright__Q2dKQ"><a class="copyright_link__X_DFA" href="https://www.nikkei.co.jp/nikkeiinfo/" rel="author"></a>No reproduction without permission.</p><div class="feedback_container__2DWb3"><button class="feedback_button__jItFn">ご意見・ご要望</button></div></div></div></footer></div></div><div class="loading-indicator_area__iL0y_ loading-indicator_areaHidden__bxXLm"><div class="loading-indicator_bar__6fD6s"></div></div></div><script id="__NEXT_DATA__" type="application/json">{"props":{"pageProps":{"ok":true,"val":{"topicId":"C2001001","topicName":"電機","article":{"ok":true,"val":{"data":[{"id":"DGXZQOUC22AD60S4A121C2000000","title":"「ハイブリッド接合新技術」「光電融合へ」 海外動向","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5659868022112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=c2c06df3786294f8ccb4aa3cfc0223d0","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=835dad211084ff759dff746be19779ac","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=02016d5a8d6bb47d4a01ab6b3f692430","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=baba233f7bdc2234a826809dd89e61df","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=f047eb6808d1e3325225388e7df100d2","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=651e4f242e13d54ea0b4d0a0c57033ea","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=5d336b2907adf31968fc29d6344af4ab","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=516271f419337ee92bd423f238e50966","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1246\u0026h=778\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=6c229b6ff24423534aa03bcd4318b085"},"images2x":{"use2x":false},"alt":"ライトマターは光インターコネクト製品「Passage」を強化して光電融合ニーズの取り込みを図る（出所：ライトマター）","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004001","label":"グローバルトレンド","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C2001000","label":"IT","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100E","label":"量子","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100F","label":"マネジメント","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"「グローバルウオッチ」では海外企業の最新動向をダイジェスト形式でお届けします。\nK\u0026Sとロームがハイブリッド接合の新技術、歩留まり向上\nシンガポールKulicke \u0026 Soffa Industries（キューリック・アンド・ソファ・インダストリーズ、K\u0026S）は2024年11月13日、ロームと共同で新たなハイブリッドボンディング（ハイブリッド接合）技術を開発したと発表した。既","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC21A7Y0R21C24A1000000","title":"【特許】レゾナック、半導体用接着剤 フィレット抑制","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5654286021112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=7960f745d695eaf071234f3858360451","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=0567d3bb13868b0b8098b7de17c148f0","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=8ea6951f0a5850b7d7244dc8e89bb8ec","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=7bf4ab48ab9929f6e7dea5ee818bb597","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=bdf68938a4c2260adc6e9bb9f2b5fe24","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=e4cff212f2510b6cced5a0591ef1b5d9","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=471f8865795defe390b56b1ad22531f2","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=c7aca1126ffb8cf2e4bcca2a6be2948c","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1600\u0026h=1000\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=10929d69af21a2f05c8402ad7352f186"},"images2x":{"use2x":false},"alt":"★BP記事専用★特許ウオッチ","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001007","label":"知財","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004008","label":"特許ウオッチ","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C200100B","label":"データ・調査","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"「特許ウオッチ」では、NIKKEI Tech ForesightとPatentfieldが共同開発したアルゴリズムに基づいて、重要性が高いと考えられる特許出願を紹介します。対象は日本の特許出願です。アルゴリズムでは「技術の革新性」「出願人にとっての緊急性」「国際出願」「他者の関心」などを重視しています。リーガルステータスは掲載時点のものです。\n〈概要〉半導体用フィルム状接着剤に関する発明。半導体チ","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC228TF0S4A121C2000000","title":"阪大、波長可変な青色半導体レーザー 殺菌・消毒に","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5659197022112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=0b4de1f29f9ae7474ac2c5440b14019b","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=f8169d79e3ce3132f8488b728d0a5e85","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=dbb247e850319af1e429b6333d6171c5","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=c194a2d430845fe016e7f6f184fdb536","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e32bdef24686c5035e5d28494a2d1d5c","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=523\u0026h=326\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e8a9e20aaa494c95b832e2e8ca53c021","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=523\u0026h=326\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e8a9e20aaa494c95b832e2e8ca53c021","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=523\u0026h=326\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e8a9e20aaa494c95b832e2e8ca53c021","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=523\u0026h=326\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e8a9e20aaa494c95b832e2e8ca53c021"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"大阪大学大学院の研究グループは、青色波長帯において「世界で初めて」（研究グループ）小型で実用的な波長可変レーザーの開発に成功した。スロットと呼ばれる溝を周期的に形成した作製容易な新規構造を窒化物半導体レーザーに適用して実現した。新規構造第2高調波発生デバイスと組み合わせることで、殺菌・消毒が可能な遠紫外光源の実現が期待できる。\n本研究では、長さ約1mmの青色半導体レーザーの内部に単一波長発振のた","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC213670R21C24A1000000","title":"大同特殊鋼、モーター新材料 高出力で空飛ぶクルマに","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5651292021112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=48d9e9af536c4d19cf03b7895fbe0710","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=1d0e794ae64a4d5676fc3c613413e779","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=ef3de3f13c1d35b86fd43839e42b27fa","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=5dd2658fd6fc101fea66db5157f2838a","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=83a5d8ca8bf412d10e5f2475ac7538c7","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=a859ecf807fc2d4f3291d9cf2e256f08","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=6ab1cdd838afa7f15140b4fc42f0ddce","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=8f236f874e9225dc79804fef1296d090","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1600\u0026h=1000\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=1132b1616e20573b037a1768fe29b09e"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2001002","label":"自動車","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"大同特殊鋼はモーターのコア（鉄心）材として通常使用される電磁鋼板よりも高性能な新材料を開発した。モーターの出力を左右する飽和磁束密度が高く、加工性にも優れる。モーターの小型・軽量化や高出力化につながる。空飛ぶクルマと呼ばれるeVTOL（電動垂直離着陸）機やドローン、産業用ロボットなどへの採用を狙う。\n新材料で試作したモーターコアを「第11回 メタル ジャパン（高機能 金属展）」（2024年10月","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC221XO0S4A121C2000000","title":"ラピダスに「修羅場」 2nm半導体、急ピッチで試作へ","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5656299022112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=1e10a2435e2d119a9afacda9e15753be","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=e590e4eafff2bd1becf2af55f7892706","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=6d5ab3c4107769dd40e9e294bdd28a9f","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=44e99a9e77d86d7eeeae49fe9aa4daac","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=670cba408be83703cc2650582ec4b702","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=700ff5544b62f2c10a6d14067929304c","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=10f9b12696216aae70855284d3879c72","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=bd7b2ac70de059a3b3eb17baa1ed4379","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1200\u0026h=750\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=9cfc9464aae8de7c8b1d7da2cea89d42"},"images2x":{"use2x":false},"alt":"ラピダスの小池氏は「世界一のスピードで半導体を造る」と話す","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2001009","label":"特集","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100B","label":"データ・調査","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100F","label":"マネジメント","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"2025年は先端半導体の受託生産を目指すRapidus（ラピダス、東京・千代田）にとって、勝負の1年になる。2027年の量産開始に向け、2nm（ナノメートル）世代の半導体のパイロット（試験）生産を2025年4月に始める計画だ。量産までに5兆円が必要とされる資金の調達や顧客開拓にも前進が求められる。\n「TSMC（台湾積体電路製造）は素晴らしいが、我々の事業運営に弾性を持たせるには供給網（サプライチ","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC21A0W0R21C24A1000000","title":"【特許】浜松ホトニクス、レーザー光の品質高める封体","createdAt":"2024-11-22T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5654208021112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=6679c660d88214b31fcc1e8e34ea101c","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=2101e5903b4fff0183f3e8f76ad04e89","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=1bcfa9f23869e627944f0c54cbf6d498","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=ecd6a91e1cc7682a28b01bf23bf32dd4","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=acb151bcf5d8014d584ae4d5f74e0c99","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=a4e21a3e905a7e847031c892944e9cc1","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=9ceb066dd9a8b390aa61d9f19c610652","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=3a491368901ebc58b677852a5d3d33cb","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1600\u0026h=1000\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=f214b7b02e0dc22ca2a1043b98f76b57"},"images2x":{"use2x":false},"alt":"★BP記事専用★特許ウオッチ","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001007","label":"知財","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004008","label":"特許ウオッチ","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C200100B","label":"データ・調査","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"「特許ウオッチ」では、NIKKEI Tech ForesightとPatentfieldが共同開発したアルゴリズムに基づいて、重要性が高いと考えられる特許出願を紹介します。対象は日本の特許出願です。アルゴリズムでは「技術の革新性」「出願人にとっての緊急性」「国際出願」「他者の関心」などを重視しています。リーガルステータスは掲載時点のものです。\n〈概要〉レーザー励起光源などに適用される発光封体に関す","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC1550B0V11C24A1000000","title":"東北大など、酸化亜鉛で量子ドット 新材料として浮上","createdAt":"2024-11-22T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5627857015112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=e0308cb4110afb21d8813217a16b2d4c","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=07c5374e054e631e238b31c86adb6bdb","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=433949d486638fff51f481997033eee5","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=dc5f4a58da8cdf48bbd874b5909cab05","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=8f591e7e17807d5ff50837bb14f8c790","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=c988f84f85e91ccc04b6c40fb75e63a6","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=dcba6178c64f114f1f938ac9388e063c","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=8680ca2431ab41e922c22421a71b76cf","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=957\u0026h=598\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=3cd14fbc85012fc39f9a99956524b03e"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100E","label":"量子","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"東北大学などの研究グループは、酸化物半導体の酸化亜鉛（ZnO）を用いて、量子デバイスの基本構造である電界制御量子ドットを「初めて」（研究グループ）形成し、その電気伝導特性を測定した。加えて、量子ドット内の電子数の偶奇によらない近藤効果を確認し、その特徴的な温度依存性、磁場依存性を観測した。新しい量子デバイスの開発に活用が期待される。\n物質・材料研究機構（NIMS）や東京大学などと共同で研究した。","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC214420R21C24A1000000","title":"半導体は「3.5D」へ AMDがNVIDIAに先行、AI対応で","createdAt":"2024-11-22T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5651627021112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=979b43a0a71052a8d984734333ce76ef","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=36e8f8a75b3e37e691722a04b44f8065","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=5d9d69a612890a875c3f3d542c6ba1f5","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=2271e1a2c50a22f236299357f87acfae","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=86cf4150d6192bb16bf9cf13f9c59ab7","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=932c63f5a52aafeef3ff6a9b2e483a6e","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=595b9d00d83a8d5464d3d1a03a78bc88","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=e944593819ad2faf3fbf8a90b759ed86","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1085\u0026h=678\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=a5f67a8c17fa2a781bbbd4ed64603440"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004001","label":"グローバルトレンド","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C2004002","label":"注目キーワード","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100D","label":"AI","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"3.5D（次元）は高性能コンピューティング（HPC）やAI（人工知能）向けの次世代半導体パッケージ技術を指す。2.5Dと3Dを融合した造語で、ハイブリッドボンディング（ハイブリッド接合）と呼ぶチップ積層技術を使う。米AMD（アドバンスト・マイクロ・デバイセズ）や台湾積体電路製造（TSMC）が開発を主導し、スーパーコンピューターやデータセンター向けプロセッサーで導入が始まった。\n\n高性能コンピューテ","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC201XH0Q4A121C2000000","title":"NECとAGC、ガラス活用の屋内5G基地局 景観に配慮","createdAt":"2024-11-22T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5645392020112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=0b06fe1e7a5b43cd891d534ca45efd15","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=2039dab44df86e32ec8482f3320f186d","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=4d794ec0d9aae077cde9a281165028ad","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=80a7daa7be8ed638e2fe6a497a9d8eb4","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=fe42565d41db00ca873215886998d051","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=1ada0e42d9b041d88f850a4ac08d05ec","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=19af340fc7b5cb2ecf1a60cb5a21a47b","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=12d03a22b60224b23ff59cc6f79cccea","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1223\u0026h=764\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=2a946ba489605e5fde4b85a688b35045"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"}],"snippet":"NECとAGCは、ガラスアンテナと太陽光発電が可能なガラス素材を用いた5G（第5世代移動通信）基地局の有効性を確かめた。基地局の稼働に必要な電力の約30%を太陽光発電でまかなう。この基地局によって、設置場所を確保しやすくしたり、景観に悪影響が出ないようにしたりする。\n有効性を実証したのは、「景観配慮型サステナブル基地局」と呼ぶもの。太陽光発電に対応するBIPV（Building-Integrat","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC209TR0Q4A121C2000000","title":"【特許】韓国ダクサン、Liイオン2次電池の電極劣化抑制","createdAt":"2024-11-21T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5648878020112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=5816224591c5b202b8f16fa555e6be3c","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=3d8e32ee7cd82a3b4b99f39454ea37bd","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=fd0b807e11b686a0c55d5c309d238f8c","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=cd1cf4f240135067c459a1868b86d84c","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=72ae3c9f7b3bc81b1149e1c78073da43","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=6e8bfbd9504a3c4f7d1f9508bc18ca5f","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=c1723149fb5eedd79a8ff2b282943b47","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=7669aff1aecba24d1008468f8a32b5b7","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1600\u0026h=1000\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=0903bf2d99333b369b0b52330c0d3375"},"images2x":{"use2x":false},"alt":"★BP記事専用★特許ウオッチ","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001007","label":"知財","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004008","label":"特許ウオッチ","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C200100B","label":"データ・調査","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"「特許ウオッチ」では、NIKKEI Tech ForesightとPatentfieldが共同開発したアルゴリズムに基づいて、重要性が高いと考えられる特許出願を紹介します。対象は日本の特許出願です。アルゴリズムでは「技術の革新性」「出願人にとっての緊急性」「国際出願」「他者の関心」などを重視しています。リーガルステータスは掲載時点のものです。\n〈概要〉リチウムイオン2次電池の非水電解液の添加剤に関","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]}],"dataByGroup":[{"displayDate":"2024年11月25日(月)","articles":[{"id":"DGXZQOUC22AD60S4A121C2000000","title":"「ハイブリッド接合新技術」「光電融合へ」 海外動向","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5659868022112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=c2c06df3786294f8ccb4aa3cfc0223d0","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=835dad211084ff759dff746be19779ac","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=02016d5a8d6bb47d4a01ab6b3f692430","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=baba233f7bdc2234a826809dd89e61df","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=f047eb6808d1e3325225388e7df100d2","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=651e4f242e13d54ea0b4d0a0c57033ea","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=5d336b2907adf31968fc29d6344af4ab","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=516271f419337ee92bd423f238e50966","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659868022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1246\u0026h=778\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=6c229b6ff24423534aa03bcd4318b085"},"images2x":{"use2x":false},"alt":"ライトマターは光インターコネクト製品「Passage」を強化して光電融合ニーズの取り込みを図る（出所：ライトマター）","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004001","label":"グローバルトレンド","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C2001000","label":"IT","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100E","label":"量子","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100F","label":"マネジメント","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"「グローバルウオッチ」では海外企業の最新動向をダイジェスト形式でお届けします。\nK\u0026Sとロームがハイブリッド接合の新技術、歩留まり向上\nシンガポールKulicke \u0026 Soffa Industries（キューリック・アンド・ソファ・インダストリーズ、K\u0026S）は2024年11月13日、ロームと共同で新たなハイブリッドボンディング（ハイブリッド接合）技術を開発したと発表した。既","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC21A7Y0R21C24A1000000","title":"【特許】レゾナック、半導体用接着剤 フィレット抑制","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5654286021112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=7960f745d695eaf071234f3858360451","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=0567d3bb13868b0b8098b7de17c148f0","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=8ea6951f0a5850b7d7244dc8e89bb8ec","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=7bf4ab48ab9929f6e7dea5ee818bb597","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=bdf68938a4c2260adc6e9bb9f2b5fe24","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=e4cff212f2510b6cced5a0591ef1b5d9","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=471f8865795defe390b56b1ad22531f2","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=c7aca1126ffb8cf2e4bcca2a6be2948c","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654286021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1600\u0026h=1000\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=10929d69af21a2f05c8402ad7352f186"},"images2x":{"use2x":false},"alt":"★BP記事専用★特許ウオッチ","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001007","label":"知財","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004008","label":"特許ウオッチ","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C200100B","label":"データ・調査","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"「特許ウオッチ」では、NIKKEI Tech ForesightとPatentfieldが共同開発したアルゴリズムに基づいて、重要性が高いと考えられる特許出願を紹介します。対象は日本の特許出願です。アルゴリズムでは「技術の革新性」「出願人にとっての緊急性」「国際出願」「他者の関心」などを重視しています。リーガルステータスは掲載時点のものです。\n〈概要〉半導体用フィルム状接着剤に関する発明。半導体チ","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC228TF0S4A121C2000000","title":"阪大、波長可変な青色半導体レーザー 殺菌・消毒に","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5659197022112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=0b4de1f29f9ae7474ac2c5440b14019b","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=f8169d79e3ce3132f8488b728d0a5e85","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=dbb247e850319af1e429b6333d6171c5","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=c194a2d430845fe016e7f6f184fdb536","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e32bdef24686c5035e5d28494a2d1d5c","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=523\u0026h=326\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e8a9e20aaa494c95b832e2e8ca53c021","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=523\u0026h=326\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e8a9e20aaa494c95b832e2e8ca53c021","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=523\u0026h=326\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e8a9e20aaa494c95b832e2e8ca53c021","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5659197022112024000000-1.png?ixlib=js-2.3.2\u0026w=523\u0026h=326\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026q=75\u0026s=e8a9e20aaa494c95b832e2e8ca53c021"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"大阪大学大学院の研究グループは、青色波長帯において「世界で初めて」（研究グループ）小型で実用的な波長可変レーザーの開発に成功した。スロットと呼ばれる溝を周期的に形成した作製容易な新規構造を窒化物半導体レーザーに適用して実現した。新規構造第2高調波発生デバイスと組み合わせることで、殺菌・消毒が可能な遠紫外光源の実現が期待できる。\n本研究では、長さ約1mmの青色半導体レーザーの内部に単一波長発振のた","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC213670R21C24A1000000","title":"大同特殊鋼、モーター新材料 高出力で空飛ぶクルマに","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5651292021112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=48d9e9af536c4d19cf03b7895fbe0710","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=1d0e794ae64a4d5676fc3c613413e779","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=ef3de3f13c1d35b86fd43839e42b27fa","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=5dd2658fd6fc101fea66db5157f2838a","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=83a5d8ca8bf412d10e5f2475ac7538c7","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=a859ecf807fc2d4f3291d9cf2e256f08","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=6ab1cdd838afa7f15140b4fc42f0ddce","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=8f236f874e9225dc79804fef1296d090","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651292021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1600\u0026h=1000\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=1132b1616e20573b037a1768fe29b09e"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2001002","label":"自動車","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"大同特殊鋼はモーターのコア（鉄心）材として通常使用される電磁鋼板よりも高性能な新材料を開発した。モーターの出力を左右する飽和磁束密度が高く、加工性にも優れる。モーターの小型・軽量化や高出力化につながる。空飛ぶクルマと呼ばれるeVTOL（電動垂直離着陸）機やドローン、産業用ロボットなどへの採用を狙う。\n新材料で試作したモーターコアを「第11回 メタル ジャパン（高機能 金属展）」（2024年10月","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC221XO0S4A121C2000000","title":"ラピダスに「修羅場」 2nm半導体、急ピッチで試作へ","createdAt":"2024-11-25T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5656299022112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=1e10a2435e2d119a9afacda9e15753be","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=e590e4eafff2bd1becf2af55f7892706","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=6d5ab3c4107769dd40e9e294bdd28a9f","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=44e99a9e77d86d7eeeae49fe9aa4daac","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=670cba408be83703cc2650582ec4b702","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=700ff5544b62f2c10a6d14067929304c","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=10f9b12696216aae70855284d3879c72","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=bd7b2ac70de059a3b3eb17baa1ed4379","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5656299022112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1200\u0026h=750\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.51\u0026fp-y=0.44\u0026fp-z=1\u0026crop=focalpoint\u0026s=9cfc9464aae8de7c8b1d7da2cea89d42"},"images2x":{"use2x":false},"alt":"ラピダスの小池氏は「世界一のスピードで半導体を造る」と話す","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2001009","label":"特集","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100B","label":"データ・調査","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100F","label":"マネジメント","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"2025年は先端半導体の受託生産を目指すRapidus（ラピダス、東京・千代田）にとって、勝負の1年になる。2027年の量産開始に向け、2nm（ナノメートル）世代の半導体のパイロット（試験）生産を2025年4月に始める計画だ。量産までに5兆円が必要とされる資金の調達や顧客開拓にも前進が求められる。\n「TSMC（台湾積体電路製造）は素晴らしいが、我々の事業運営に弾性を持たせるには供給網（サプライチ","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]}]},{"displayDate":"2024年11月22日(金)","articles":[{"id":"DGXZQOUC21A0W0R21C24A1000000","title":"【特許】浜松ホトニクス、レーザー光の品質高める封体","createdAt":"2024-11-22T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5654208021112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=6679c660d88214b31fcc1e8e34ea101c","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=2101e5903b4fff0183f3e8f76ad04e89","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=1bcfa9f23869e627944f0c54cbf6d498","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=ecd6a91e1cc7682a28b01bf23bf32dd4","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=acb151bcf5d8014d584ae4d5f74e0c99","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=a4e21a3e905a7e847031c892944e9cc1","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=9ceb066dd9a8b390aa61d9f19c610652","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=3a491368901ebc58b677852a5d3d33cb","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5654208021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1600\u0026h=1000\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=f214b7b02e0dc22ca2a1043b98f76b57"},"images2x":{"use2x":false},"alt":"★BP記事専用★特許ウオッチ","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001007","label":"知財","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004008","label":"特許ウオッチ","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C200100B","label":"データ・調査","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"「特許ウオッチ」では、NIKKEI Tech ForesightとPatentfieldが共同開発したアルゴリズムに基づいて、重要性が高いと考えられる特許出願を紹介します。対象は日本の特許出願です。アルゴリズムでは「技術の革新性」「出願人にとっての緊急性」「国際出願」「他者の関心」などを重視しています。リーガルステータスは掲載時点のものです。\n〈概要〉レーザー励起光源などに適用される発光封体に関す","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC1550B0V11C24A1000000","title":"東北大など、酸化亜鉛で量子ドット 新材料として浮上","createdAt":"2024-11-22T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5627857015112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=e0308cb4110afb21d8813217a16b2d4c","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=07c5374e054e631e238b31c86adb6bdb","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=433949d486638fff51f481997033eee5","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=dc5f4a58da8cdf48bbd874b5909cab05","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=8f591e7e17807d5ff50837bb14f8c790","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=c988f84f85e91ccc04b6c40fb75e63a6","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=dcba6178c64f114f1f938ac9388e063c","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=8680ca2431ab41e922c22421a71b76cf","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5627857015112024000000-1.jpg?ixlib=js-2.3.2\u0026w=957\u0026h=598\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=3cd14fbc85012fc39f9a99956524b03e"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100E","label":"量子","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"東北大学などの研究グループは、酸化物半導体の酸化亜鉛（ZnO）を用いて、量子デバイスの基本構造である電界制御量子ドットを「初めて」（研究グループ）形成し、その電気伝導特性を測定した。加えて、量子ドット内の電子数の偶奇によらない近藤効果を確認し、その特徴的な温度依存性、磁場依存性を観測した。新しい量子デバイスの開発に活用が期待される。\n物質・材料研究機構（NIMS）や東京大学などと共同で研究した。","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC214420R21C24A1000000","title":"半導体は「3.5D」へ AMDがNVIDIAに先行、AI対応で","createdAt":"2024-11-22T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5651627021112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=979b43a0a71052a8d984734333ce76ef","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=36e8f8a75b3e37e691722a04b44f8065","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=5d9d69a612890a875c3f3d542c6ba1f5","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=2271e1a2c50a22f236299357f87acfae","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=86cf4150d6192bb16bf9cf13f9c59ab7","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=932c63f5a52aafeef3ff6a9b2e483a6e","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=595b9d00d83a8d5464d3d1a03a78bc88","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=e944593819ad2faf3fbf8a90b759ed86","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5651627021112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1085\u0026h=678\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=a5f67a8c17fa2a781bbbd4ed64603440"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004001","label":"グローバルトレンド","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C2004002","label":"注目キーワード","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C200100C","label":"半導体","topicType":"prime-subsection","isHonseki":false,"type":"subsection"},{"id":"C200100D","label":"AI","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"3.5D（次元）は高性能コンピューティング（HPC）やAI（人工知能）向けの次世代半導体パッケージ技術を指す。2.5Dと3Dを融合した造語で、ハイブリッドボンディング（ハイブリッド接合）と呼ぶチップ積層技術を使う。米AMD（アドバンスト・マイクロ・デバイセズ）や台湾積体電路製造（TSMC）が開発を主導し、スーパーコンピューターやデータセンター向けプロセッサーで導入が始まった。\n\n高性能コンピューテ","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]},{"id":"DGXZQOUC201XH0Q4A121C2000000","title":"NECとAGC、ガラス活用の屋内5G基地局 景観に配慮","createdAt":"2024-11-22T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5645392020112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=0b06fe1e7a5b43cd891d534ca45efd15","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=2039dab44df86e32ec8482f3320f186d","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=4d794ec0d9aae077cde9a281165028ad","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=80a7daa7be8ed638e2fe6a497a9d8eb4","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=fe42565d41db00ca873215886998d051","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=1ada0e42d9b041d88f850a4ac08d05ec","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=19af340fc7b5cb2ecf1a60cb5a21a47b","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=12d03a22b60224b23ff59cc6f79cccea","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5645392020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1223\u0026h=764\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=2a946ba489605e5fde4b85a688b35045"},"images2x":{"use2x":false},"alt":null,"credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001006","label":"ハードウエア","topicType":"prime-subsection","isHonseki":true,"type":"subsection"}],"snippet":"NECとAGCは、ガラスアンテナと太陽光発電が可能なガラス素材を用いた5G（第5世代移動通信）基地局の有効性を確かめた。基地局の稼働に必要な電力の約30%を太陽光発電でまかなう。この基地局によって、設置場所を確保しやすくしたり、景観に悪影響が出ないようにしたりする。\n有効性を実証したのは、「景観配慮型サステナブル基地局」と呼ぶもの。太陽光発電に対応するBIPV（Building-Integrat","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]}]},{"displayDate":"2024年11月21日(木)","articles":[{"id":"DGXZQOUC209TR0Q4A121C2000000","title":"【特許】韓国ダクサン、Liイオン2次電池の電極劣化抑制","createdAt":"2024-11-21T05:00:00+09:00","updatedAt":null,"featuredImage":{"id":"DSXZQO5648878020112024000000","images":{"100":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=100\u0026h=62\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=5816224591c5b202b8f16fa555e6be3c","200":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=200\u0026h=125\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=3d8e32ee7cd82a3b4b99f39454ea37bd","300":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=300\u0026h=187\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=fd0b807e11b686a0c55d5c309d238f8c","400":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=400\u0026h=250\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=cd1cf4f240135067c459a1868b86d84c","500":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=500\u0026h=312\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=72ae3c9f7b3bc81b1149e1c78073da43","600":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=600\u0026h=375\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=6e8bfbd9504a3c4f7d1f9508bc18ca5f","700":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=700\u0026h=437\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=c1723149fb5eedd79a8ff2b282943b47","800":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=800\u0026h=500\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=7669aff1aecba24d1008468f8a32b5b7","original":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO5648878020112024000000-1.jpg?ixlib=js-2.3.2\u0026w=1600\u0026h=1000\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=0903bf2d99333b369b0b52330c0d3375"},"images2x":{"use2x":false},"alt":"★BP記事専用★特許ウオッチ","credit":"","aspectRatio":1.6,"isSharable":true},"topics":[{"id":"C2001007","label":"知財","topicType":"prime-subsection","isHonseki":true,"type":"subsection"},{"id":"C2004008","label":"特許ウオッチ","topicType":"prime-topic","isHonseki":false,"type":"topic"},{"id":"C200100B","label":"データ・調査","topicType":"prime-subsection","isHonseki":false,"type":"subsection"}],"snippet":"「特許ウオッチ」では、NIKKEI Tech ForesightとPatentfieldが共同開発したアルゴリズムに基づいて、重要性が高いと考えられる特許出願を紹介します。対象は日本の特許出願です。アルゴリズムでは「技術の革新性」「出願人にとっての緊急性」「国際出願」「他者の関心」などを重視しています。リーガルステータスは掲載時点のものです。\n〈概要〉リチウムイオン2次電池の非水電解液の添加剤に関","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"origServiceCategory":null,"isFree":false,"operationTags":[]}]}],"volume":1371},"err":null},"offset":0,"context":{"rank":"anonymous","perms":{"preview":false,"business":false,"mobility":false,"gx":false,"techForesight":false,"ft":false,"minutes":false,"digitalGovernance":false,"veritas":false},"flags":{"enableNewNIDSSOFlow":true,"enableFqdnOnlyNidLoungeLink":true},"category":"tech-foresight","isPreview":false,"isAutoplay":true},"siteTitle":"電気分野における最先端技術の動向","siteDescription":"次世代半導体やロボティクス、エネルギーなど電機分野における最先端技術の動向をお届けします。","headerMenus":{"ok":true,"val":[{"id":"segment","label":"セグメント","topicId":null,"isTwoColumnLayout":false,"topics":[{"uid":"C200100C","label":"半導体"},{"uid":"C200100D","label":"AI"},{"uid":"C200100E","label":"量子"},{"uid":"C2001000","label":"IT"},{"uid":"C2001001","label":"電機"},{"uid":"C2001002","label":"自動車"},{"uid":"C2001003","label":"建築"},{"uid":"C2001004","label":"土木"}]},{"id":"trend","label":"トレンド","topicId":null,"isTwoColumnLayout":false,"topics":[{"uid":"C2001005","label":"デジタル"},{"uid":"C2001006","label":"ハードウエア"},{"uid":"C2001007","label":"知財"},{"uid":"C200100F","label":"マネジメント"}]},{"id":"column","label":"コラム","topicId":null,"isTwoColumnLayout":false,"topics":[{"uid":"C2001008","label":"Editor's Focus"},{"uid":"C2001009","label":"特集"},{"uid":"C200100A","label":"インタビュー"},{"uid":"C200100G","label":"寄稿"},{"uid":"C200100B","label":"データ・調査"}]}],"err":null}},"err":null,"_sentryTraceData":"61322de234a24451919cc90e68a09911-9f13fa55696b5d1a-0"},"__N_SSP":true},"page":"/[category]/sections/[uid]","query":{"category":"tech-foresight","uid":"C2001001"},"buildId":"7Ibdb1Hkr88M1Gukqm8HB","assetPrefix":"/prime/.resources","isFallback":false,"isExperimentalCompile":false,"gssp":true,"scriptLoader":[]}</script></body></html>