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<!DOCTYPE html><html><head prefix="og:http://ogp.me/ns#"><meta charSet="utf-8"/><meta name="viewport" content="width=device-width"/><title>「量子」基礎研究アーカイブ - 日経テックフォーサイト</title><meta name="description" content="NIKKEI Tech Foresightに掲載した「量子」関連の基礎研究ニュースの一覧です。論文などへのリンクも貼っていますのでご活用ください。随時更新します。2024年11月22日掲載東北大など、酸化亜鉛で量子ドット　新材料として浮上〈キーワード〉電界制御量子ドット、酸化亜鉛、ZnO、電気伝導特性、クーロンダイヤモンド、コンダクタンス、近藤効果、温度依存性、磁場依存性、電子相関、偶数電子数、量子コヒーレンス、量子デバイス、量子コンピューター〈関連論文〉 https://www.nature.com/articles/s41467-024-53890-2 〈発表資料〉 https://www.tohoku.ac.jp/japanese/2024/11/press20241108-02-dot.html"/><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 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dateTime="2024-11-22T01:07:50.000Z">(2024年11月22日 10:07 更新)</time></div><h1 class="article-section-header_title__EKQX_">「量子」基礎研究アーカイブ</h1><div class="article-section-header_tags__jBTlD"><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></header><div class="action-bar_container__ffCNu detail_displayNone__pTKWi"><div class="action-bar_rightItem__5dhI8"><button title="X（旧Twitter）で共有する" class="share-twitter_twitterButton__QaYS1" data-rn-track="article-share-twitter-head"></button><button title="Facebookで共有する" class="share-facebook_facebookButton__hAgGe" data-rn-track="article-share-facebook-head"></button></div></div><article class="article-section_snippet__0LvqM"><div class="paragraph-node_paragraph__R886o">NIKKEI Tech Foresightに掲載した「量子」関連の基礎研究ニュースの一覧です。論文などへのリンクも貼っていますのでご活用ください。随時更新します。</div><div class="related-article-node_container__rPYNm"><ul><li class="related-article-node_listItem__Bzt6I"><a data-rn-track="article-link" data-rn-track-value="{"link-to-kiji-id-enc":"DGXZQOUC070W80X00C23A8000000","link-to-URL":"/tech-foresight/article/DGXZQOUC070W80X00C23A8000000"}" href="/prime/tech-foresight/article/DGXZQOUC070W80X00C23A8000000">「量子」基礎研究アーカイブ（2022〜2023年掲載）</a></li></ul></div><div class="callout-node_container__f_pSa">2024年11月22日掲載<br/><a href="https://www.nikkei.com/prime/tech-foresight/article/DGXZQOUC1550B0V11C24A1000000" rel="noopener" target="_blank" data-rn-track="article-link" data-rn-track-value="{"link-to-URL":"https://www.nikkei.com/prime/tech-foresight/article/DGXZQOUC1550B0V11C24A1000000"}">東北大など、酸化亜鉛で量子ドット　新材料として浮上</a><br/><br/>〈キーワード〉<br/>電界制御量子ドット、酸化亜鉛、ZnO、電気伝導特性、クーロンダイヤモンド、コンダクタンス、近藤効果、温度依存性、磁場依存性、電子相関、偶数電子数、量子コヒーレンス、量子デバイス、量子コンピューター<br/>〈関連論文〉<br/><a 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Foresightに掲載した「AI」関連の基礎研究ニュースの一覧です。論文などへのリンクも貼っていますのでご活用ください。随時更新します。\n【関連記事】\n2024年11月15日掲載京大など、節電未達者を高精度で検出　次世代送電網に〈キーワード〉デマンドレスポンス、スマートグリッド、調整機構、節電未達者検出、アルゴリズム、スパース再構成、ブロックスパース、スマートメーター、検針","hasVideo":false,"shouldOpenExternalLink":{"externalLink":false},"serviceCategory":"pro_tech_foresight","origServiceCategory":null,"isFree":false,"operationTags":[]}],"err":null},"context":{"rank":"anonymous","perms":{"preview":false,"business":false,"mobility":false,"gx":false,"techForesight":false,"ft":false,"minutes":false,"digitalGovernance":false,"veritas":false},"flags":{"paywallPromotion":false,"enablePrimeAutumnPromotion":false,"enableNewNIDSSOFlow":true,"enableFqdnOnlyNidLoungeLink":true},"category":"tech-foresight","isPreview":false,"isAutoplay":true},"author":{"ok":true,"val":null,"err":null},"permittedArticleDetail":{"ok":true,"val":{"bodyReadPermission":"snippet-only","id":"DGXZQOUC090K90Z00C24A1000000","title":"「量子」基礎研究アーカイブ","title2":"","title3":"","titleSeo":"「量子」基礎研究アーカイブ","preview":{"content":{"type":"fragment","children":[{"type":"paragraph","inline":false,"children":[{"type":"text","content":"NIKKEI Tech Foresightに掲載した「量子」関連の基礎研究ニュースの一覧です。論文などへのリンクも貼っていますのでご活用ください。随時更新します。"}],"align":null},{"heading":null,"type":"related-article-list","inline":false,"articles":[{"linkId":"DL09012024000030"}]},{"type":"call-out","inline":false,"tagName":"div","children":[{"type":"text","content":"2024年11月22日掲載"},{"type":"newline","inline":true},{"type":"link","href":"https://www.nikkei.com/prime/tech-foresight/article/DGXZQOUC1550B0V11C24A1000000","inline":true,"rel":"noopener","target":"_blank","children":[{"type":"text","content":"東北大など、酸化亜鉛で量子ドット　新材料として浮上"}]},{"type":"newline","inline":true},{"type":"newline","inline":true},{"type":"text","content":"〈キーワード〉"},{"type":"newline","inline":true},{"type":"text","content":"電界制御量子ドット、酸化亜鉛、ZnO、電気伝導特性、クーロンダイヤモンド、コンダクタンス、近藤効果、温度依存性、磁場依存性、電子相関、偶数電子数、量子コヒーレンス、量子デバイス、量子コンピューター"},{"type":"newline","inline":true},{"type":"text","content":"〈関連論文〉"},{"type":"newline","inline":true},{"type":"link","href":"https://www.nature.com/articles/s41467-024-53890-2","inline":true,"rel":"noopener","target":"_blank","children":[{"type":"text","content":"https://www.nature.com/articles/s41467-024-53890-2"}]},{"type":"newline","inline":true},{"type":"text","content":"〈発表資料〉"},{"type":"newline","inline":true},{"type":"link","href":"https://www.tohoku.ac.jp/japanese/2024/11/press20241108-02-dot.html","inline":true,"rel":"noopener","target":"_blank","children":[{"type":"text","content":"https://www.tohoku.ac.jp/japanese/2024/11/press20241108-02-dot.html..."}]}]}],"inline":false},"meta":{"type":"snippet","global":{"topImageId":null},"local":{}}},"metaDescription":"NIKKEI 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Foresightに掲載した「量子」関連の基礎研究ニュースの一覧です。論文などへのリンクも貼っていますのでご活用ください。随時更新します。2024年11月22日掲載\n東北大など、酸化亜鉛で量子ドット　新材料として浮上\n\n〈キーワード〉\n電界制御量子ドット、酸化亜鉛、ZnO、電気伝導特性、クーロンダイヤモンド、コンダクタンス、近藤効果、温度依存性、磁場依存性、電子相関、偶数電子数、量子コヒーレンス、量子デバイス、量子コンピューター\n〈関連論文〉\nhttps://www.nature.com/articles/s41467-024-53890-2\n〈発表資料〉\nhttps://www.tohoku.ac.jp/japanese/2024/11/press20241108-02-dot.html","updatedAt":"2024-11-22T10:07:50+09:00","createdAt":"2024-01-09T08:39:09+09:00","orderedBodyImages":[],"topics":[{"id":"C2004006","label":"基礎研究アーカイブ","topicType":"prime-topic","isHonseki":false,"type":"topic"}],"relatedArticles":[{"id":"DGXZQOUC070W80X00C23A8000000","title":"「量子」基礎研究アーカイブ（2022〜2023年掲載）","link":{"isPromedia":true,"url":"/tech-foresight/article/DGXZQOUC070W80X00C23A8000000"},"isPopup":false,"linkId":"DL09012024000030","linkPosition":"2","featuredImage":null,"serviceCategory":"pro_tech_foresight","linkKind":"30","displayTime":"2023-12-27T08:42:09+09:00"}],"customMeta":{"published_pro_tech_foresight_top_data":"1","published_pro_tech_foresight_top_newsfiles":"1"},"serviceCategory":"pro_tech_foresight","origServiceCategory":null,"isExpired":false,"operationTags":[]},"err":null},"relatedLinkList":{"ok":true,"val":[],"err":null},"relatedArticleGroup":{"ok":true,"val":[],"err":null},"videoDetail":null,"siteTitle":"「量子」基礎研究アーカイブ","ogp":{"title":"「量子」基礎研究アーカイブ","canonicalUrl":"https://www.nikkei.com/prime/tech-foresight/article/DGXZQOUC090K90Z00C24A1000000","image":"https://article-image-ix.nikkei.com/https%3A%2F%2Fimgix-proxy.n8s.jp%2FDSXZQO4681440007042024000000-1.jpg?ixlib=js-2.3.2\u0026w=1200\u0026h=750\u0026auto=format%2Ccompress\u0026fit=crop\u0026bg=FFFFFF\u0026fp-x=0.5\u0026fp-y=0.5\u0026fp-z=1\u0026crop=focalpoint\u0026s=885dcbed567ef0f79a63093f4f22e1c1","description":"NIKKEI 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