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ALPhA (Advanced Laboratory Physics Association) - Imm2020USouth_QuantumAnalogs
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href="https://advlab.org/Imm2022Buffalo_CMP" title="Imm2022Buffalo_CMP"><span>Imm2022Buffalo_CMP</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022USouth_Graphene" title="Imm2022USouth_Graphene"><span>Imm2022USouth_Graphene</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Berkeley_LightMicroscopy" title="Imm2022Berkeley_LightMicroscopy"><span>Imm2022Berkeley_LightMicroscopy</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Bethel_DigitalHolography" title="Imm2022Bethel_DigitalHolography"><span>Imm2022Bethel_DigitalHolography</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Buffalo_HighTC" title="Imm2022Buffalo_HighTC"><span>Imm2022Buffalo_HighTC</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Buffalo_QuantumAnalogs" title="Imm2022Buffalo_QuantumAnalogs"><span>Imm2022Buffalo_QuantumAnalogs</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Buffalo_OpticalPumping" title="Imm2022Buffalo_OpticalPumping"><span>Imm2022Buffalo_OpticalPumping</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Buffalo_PulsedNMR" title="Imm2022Buffalo_PulsedNMR"><span>Imm2022Buffalo_PulsedNMR</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Buffalo_Interferometry" title="Imm2022Buffalo_Interferometry"><span>Imm2022Buffalo_Interferometry</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Buffalo_HarmonicOsc" title="Imm2022Buffalo_HarmonicOsc"><span>Imm2022Buffalo_HarmonicOsc</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Buffalo_Fourier" title="Imm2022Buffalo_Fourier"><span>Imm2022Buffalo_Fourier</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Buffalo_NoiseFund" title="Imm2022Buffalo_NoiseFund"><span>Imm2022Buffalo_NoiseFund</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022IWU_SpatialLightModulators" title="Imm2022IWU_SpatialLightModulators"><span>Imm2022IWU_SpatialLightModulators</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Minnesota_FPGA" title="Imm2022Minnesota_FPGA"><span>Imm2022Minnesota_FPGA</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Bethel_HEPhysicsDataAnalysis" title="Imm2022Bethel_HEPhysicsDataAnalysis"><span>Imm2022Bethel_HEPhysicsDataAnalysis</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Princeton_RadioTelescope" title="Imm2022Princeton_RadioTelescope"><span>Imm2022Princeton_RadioTelescope</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Bethel_LaserWavelength" title="Imm2022Bethel_LaserWavelength"><span>Imm2022Bethel_LaserWavelength</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Reed_QMExperiments" title="Imm2022Reed_QMExperiments"><span>Imm2022Reed_QMExperiments</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Reed_DopantDensity" title="Imm2022Reed_DopantDensity"><span>Imm2022Reed_DopantDensity</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Reed_DynamicalBifurcations" title="Imm2022Reed_DynamicalBifurcations"><span>Imm2022Reed_DynamicalBifurcations</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Reed_NanosecondLifetime" title="Imm2022Reed_NanosecondLifetime"><span>Imm2022Reed_NanosecondLifetime</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Swarthmore_LiquidCrystals" title="Imm2022Swarthmore_LiquidCrystals"><span>Imm2022Swarthmore_LiquidCrystals</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Swarthmore_PhysicsMedicine" title="Imm2022Swarthmore_PhysicsMedicine"><span>Imm2022Swarthmore_PhysicsMedicine</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022LoyolaMaryland_PhysicsMedicine" title="Imm2022LoyolaMaryland_PhysicsMedicine"><span>Imm2022LoyolaMaryland_PhysicsMedicine</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2022Emory_IBMQuantum" title="Imm2022Emory_IBMQuantum"><span>Imm2022Emory_IBMQuantum</span></a> </div> </li> </ul> </div> </li> <li class=" dir"> <div class="item"> <a href="https://advlab.org/immersions2021" title="Immersions 2021"><span>Immersions 2021</span></a> <ul class="secondLevel"> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Colgate_PQM" title="Imm2021Colgate_PQM"><span>Imm2021Colgate_PQM</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Madison_Terrella" title="Imm2021Madison_Terrella"><span>Imm2021Madison_Terrella</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Buffalo_CMP" title="Imm2021Buffalo_CMP"><span>Imm2021Buffalo_CMP</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Buffalo_HighTC" title="Imm2021Buffalo_HighTC"><span>Imm2021Buffalo_HighTC</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Buffalo_QuantumAnalogs" title="Imm2021Buffalo_QuantumAnalogs"><span>Imm2021Buffalo_QuantumAnalogs</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Buffalo_OpticalPumping" title="Imm2021Buffalo_OpticalPumping"><span>Imm2021Buffalo_OpticalPumping</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Buffalo_PulsedNMR" title="Imm2021Buffalo_PulsedNMR"><span>Imm2021Buffalo_PulsedNMR</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Buffalo_Interferometry" title="Imm2021Buffalo_Interferometry"><span>Imm2021Buffalo_Interferometry</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Buffalo_HarmonicOsc" title="Imm2021Buffalo_HarmonicOsc"><span>Imm2021Buffalo_HarmonicOsc</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Buffalo_Fourier" title="Imm2021Buffalo_Fourier"><span>Imm2021Buffalo_Fourier</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Buffalo_NoiseFund" title="Imm2021Buffalo_NoiseFund"><span>Imm2021Buffalo_NoiseFund</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021StNorbert_3DPrinting" title="Imm2021StNorbert_3DPrinting"><span>Imm2021StNorbert_3DPrinting</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021USouth_Graphene" title="Imm2021USouth_Graphene"><span>Imm2021USouth_Graphene</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Haverford_ThreeRemoteExpts" title="Imm2021Haverford_ThreeRemoteExpts"><span>Imm2021Haverford_ThreeRemoteExpts</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021IWU_SpatialLightModulators" title="Imm2021IWU_SpatialLightModulators"><span>Imm2021IWU_SpatialLightModulators</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Berkeley_LightMicroscopy" title="Imm2021Berkeley_LightMicroscopy"><span>Imm2021Berkeley_LightMicroscopy</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Bethel_DigitalHolography" title="Imm2021Bethel_DigitalHolography"><span>Imm2021Bethel_DigitalHolography</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Bethel_HEPhysicsDataAnalysis" title="Imm2021Bethel_HEPhysicsDataAnalysis"><span>Imm2021Bethel_HEPhysicsDataAnalysis</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Bethel_FPGA" title="Imm2021Bethel_FPGA"><span>Imm2021Bethel_FPGA</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Scranton_Interferometry" title="Imm2021Scranton_Interferometry"><span>Imm2021Scranton_Interferometry</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Scranton_DiodeLaserSpec" title="Imm2021Scranton_DiodeLaserSpec"><span>Imm2021Scranton_DiodeLaserSpec</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Scranton_ParticleDetector" title="Imm2021Scranton_ParticleDetector"><span>Imm2021Scranton_ParticleDetector</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2021Muhlenberg_MuonTelescope" title="Imm2021Muhlenberg_MuonTelescope"><span>Imm2021Muhlenberg_MuonTelescope</span></a> </div> </li> </ul> </div> </li> <li class=" dir"> <div class="item"> <a href="https://advlab.org/immersions2020" title="Immersions 2020"><span>Immersions 2020</span></a> <ul class="secondLevel"> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Berkeley_LightMicroscopy" title="Imm2020Berkeley_LightMicroscopy"><span>Imm2020Berkeley_LightMicroscopy</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Bethel_DigitalHolography" title="Imm2020Bethel_DigitalHolography"><span>Imm2020Bethel_DigitalHolography</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Buffalo_QuantumAnalogs" title="Imm2020Buffalo_QuantumAnalogs"><span>Imm2020Buffalo_QuantumAnalogs</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Buffalo_OpticalPumping" title="Imm2020Buffalo_OpticalPumping"><span>Imm2020Buffalo_OpticalPumping</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Buffalo_CMP" title="Imm2020Buffalo_CMP"><span>Imm2020Buffalo_CMP</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Buffalo_HighTC" title="Imm2020Buffalo_HighTC"><span>Imm2020Buffalo_HighTC</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Buffalo_PulsedNMR" title="Imm2020Buffalo_PulsedNMR"><span>Imm2020Buffalo_PulsedNMR</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Buffalo_Interferometry" title="Imm2020Buffalo_Interferometry"><span>Imm2020Buffalo_Interferometry</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Buffalo_HarmonicOsc" title="Imm2020Buffalo_HarmonicOsc"><span>Imm2020Buffalo_HarmonicOsc</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Buffalo_Fourier" title="Imm2020Buffalo_Fourier"><span>Imm2020Buffalo_Fourier</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Buffalo_NoiseFund" title="Imm2020Buffalo_NoiseFund"><span>Imm2020Buffalo_NoiseFund</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Colgate_PQM" title="Imm2020Colgate_PQM"><span>Imm2020Colgate_PQM</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020CWU_Arduino" title="Imm2020CWU_Arduino"><span>Imm2020CWU_Arduino</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020CWU_OpAmps" title="Imm2020CWU_OpAmps"><span>Imm2020CWU_OpAmps</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020CWU_Telescopes" title="Imm2020CWU_Telescopes"><span>Imm2020CWU_Telescopes</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020HarveyMudd_quantum" title="Imm2020HarveyMudd_quantum"><span>Imm2020HarveyMudd_quantum</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Messiah_DiodeLaserSpec" title="Imm2020Messiah_DiodeLaserSpec"><span>Imm2020Messiah_DiodeLaserSpec</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Messiah_Interferometry" title="Imm2020Messiah_Interferometry"><span>Imm2020Messiah_Interferometry</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Messiah_DynamicLightScattering" title="Imm2020Messiah_DynamicLightScattering"><span>Imm2020Messiah_DynamicLightScattering</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Messiah_MuonTelescope" title="Imm2020Messiah_MuonTelescope"><span>Imm2020Messiah_MuonTelescope</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Messiah_ParticleDetector" title="Imm2020Messiah_ParticleDetector"><span>Imm2020Messiah_ParticleDetector</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020PPPL_Spectroscopy" title="Imm2020PPPL_Spectroscopy"><span>Imm2020PPPL_Spectroscopy</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020PPPL_Electrical_Breakdown" title="Imm2020PPPL_Electrical_Breakdown"><span>Imm2020PPPL_Electrical_Breakdown</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020PPPL_Plasma_Probes" title="Imm2020PPPL_Plasma_Probes"><span>Imm2020PPPL_Plasma_Probes</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Reed_SpatialLightModulator" title="Imm2020Reed_SpatialLightModulator"><span>Imm2020Reed_SpatialLightModulator</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Reed_DopantDensity" title="Imm2020Reed_DopantDensity"><span>Imm2020Reed_DopantDensity</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020Reed_QuantumMech" title="Imm2020Reed_QuantumMech"><span>Imm2020Reed_QuantumMech</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020UofSouth_SpatialLightModulators" title="Imm2020UofSouth_SpatialLightModulators"><span>Imm2020UofSouth_SpatialLightModulators</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020USouth_Graphene" title="Imm2020USouth_Graphene"><span>Imm2020USouth_Graphene</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020USouth_PulsedNMR" title="Imm2020USouth_PulsedNMR"><span>Imm2020USouth_PulsedNMR</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020USouth_OpticalPumping" title="Imm2020USouth_OpticalPumping"><span>Imm2020USouth_OpticalPumping</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020USouth_Interferometry" title="Imm2020USouth_Interferometry"><span>Imm2020USouth_Interferometry</span></a> </div> </li> <li class="sel "> <div class="item"> <a href="https://advlab.org/Imm2020USouth_QuantumAnalogs" title="Imm2020USouth_QuantumAnalogs"><span>Imm2020USouth_QuantumAnalogs</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020USouth_NoiseFund" title="Imm2020USouth_NoiseFund"><span>Imm2020USouth_NoiseFund</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020USouth_Fourier" title="Imm2020USouth_Fourier"><span>Imm2020USouth_Fourier</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020USouth_HarmonicOsc" title="Imm2020USouth_HarmonicOsc"><span>Imm2020USouth_HarmonicOsc</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2020CalTech_Organizing" title="Imm2020CalTech_Organizing"><span>Imm2020CalTech_Organizing</span></a> </div> </li> </ul> </div> </li> <li class=" dir"> <div class="item"> <a href="https://advlab.org/immersions2019" title="Immersions 2019"><span>Immersions 2019</span></a> <ul class="secondLevel"> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Berkeley_LightMicroscopy" title="Imm2019Berkeley_LightMicroscopy"><span>Imm2019Berkeley_LightMicroscopy</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Buffalo_PulsedNMR" title="Imm2019Buffalo_PulsedNMR"><span>Imm2019Buffalo_PulsedNMR</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Buffalo_Fourier" title="Imm2019Buffalo_Fourier"><span>Imm2019Buffalo_Fourier</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Buffalo_DiodeLaserSpectroscopy" title="Imm2019Buffalo_DiodeLaserSpectroscopy"><span>Imm2019Buffalo_DiodeLaserSpectroscopy</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Buffalo_CMP" title="Imm2019Buffalo_CMP"><span>Imm2019Buffalo_CMP</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Buffalo_NoiseFund" title="Imm2019Buffalo_NoiseFund"><span>Imm2019Buffalo_NoiseFund</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Buffalo_HighTC" title="Imm2019Buffalo_HighTC"><span>Imm2019Buffalo_HighTC</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019CalTech_Organizing" title="Imm2019CalTech_Organizing"><span>Imm2019CalTech_Organizing</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Colgate_PQM" title="Imm2019Colgate_PQM"><span>Imm2019Colgate_PQM</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019HM_Quantum" title="Imm2019HM_Quantum"><span>Imm2019HM_Quantum</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019KWU_EFNMR" title="Imm2019KWU_EFNMR"><span>Imm2019KWU_EFNMR</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019KWU_QuantumAnalogs" title="Imm2019KWU_QuantumAnalogs"><span>Imm2019KWU_QuantumAnalogs</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019KWU_PulsedNMR" title="Imm2019KWU_PulsedNMR"><span>Imm2019KWU_PulsedNMR</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019KWU_ISS" title="Imm2019KWU_ISS"><span>Imm2019KWU_ISS</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Mich_ThinFilms" title="Imm2019Mich_ThinFilms"><span>Imm2019Mich_ThinFilms</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019Trinity_GravWaves" title="Imm2019Trinity_GravWaves"><span>Imm2019Trinity_GravWaves</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019USouth_Graphene" title="Imm2019USouth_Graphene"><span>Imm2019USouth_Graphene</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019UWRF_PICUPChaoticOsc" title="Imm2019UWRF_PICUPChaoticOsc"><span>Imm2019UWRF_PICUPChaoticOsc</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019UWRF_PICUP2DHeatFlow" title="Imm2019UWRF_PICUP2DHeatFlow"><span>Imm2019UWRF_PICUP2DHeatFlow</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019UWRF_PICUPTaylorCouette" title="Imm2019UWRF_PICUPTaylorCouette"><span>Imm2019UWRF_PICUPTaylorCouette</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019UWRF_LEDasSPD" title="Imm2019UWRF_LEDasSPD"><span>Imm2019UWRF_LEDasSPD</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019UWRF_HeNe" title="Imm2019UWRF_HeNe"><span>Imm2019UWRF_HeNe</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019UWRF_SLM" title="Imm2019UWRF_SLM"><span>Imm2019UWRF_SLM</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019UWRF_FPGA" title="Imm2019UWRF_FPGA"><span>Imm2019UWRF_FPGA</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2019WKU_Labview" title="Imm2019WKU_Labview"><span>Imm2019WKU_Labview</span></a> </div> </li> </ul> </div> </li> <li class=" dir"> <div class="item"> <a href="https://advlab.org/immersions2018" title="Immersions 2018"><span>Immersions 2018</span></a> <ul class="secondLevel"> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2018Berkeley_LightMicroscopy" title="Imm2018Berkeley_LightMicroscopy"><span>Imm2018Berkeley_LightMicroscopy</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2018Bethel_Ultrafast" title="Imm2018Bethel_Ultrafast"><span>Imm2018Bethel_Ultrafast</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2018Bethel_NanoPlasmonics" title="Imm2018Bethel_NanoPlasmonics"><span>Imm2018Bethel_NanoPlasmonics</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2018Bethel_FPGA" title="Imm2018Bethel_FPGA"><span>Imm2018Bethel_FPGA</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2018Buffalo_HighTC" title="Imm2018Buffalo_HighTC"><span>Imm2018Buffalo_HighTC</span></a> </div> </li> <li class=" "> <div class="item"> <a 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href="https://advlab.org/immersions.html">Laboratory Immersions</a></li> <li><a href="https://advlab.org/immersions2020">Immersions 2020</a></li> <li class="last">Imm2020USouth_QuantumAnalogs</li> </ul> </div> </div></div> </div></div> </div> </div> <div class="zoneHeader4"> <div class="container_12"> <div class="s1_grid_12 s2_grid_12 s3_grid_12"> <div id="id_Header3" data-componentId="Header3" class="WaPlaceHolder WaPlaceHolderHeader3" style=""><div style=""><div id="id_Kl3fJaL" class="WaGadgetFirst WaGadgetContent gadgetStyleNone" style="" data-componentId="Kl3fJaL" ><div class="gadgetStyleBody gadgetContentEditableArea" style="" data-editableArea="0" data-areaHeight="auto"> <table class="Immersionslogos"> <tbody> <tr> <td><img style="margin:10px; width:100%; height:auto;" title="ALPhA Immersions Banner" alt="ALPhA Immersions Banner" src="/resources/Pictures/immersion_logo.jpg"></td> <td> <table> <tbody> <tr> <td><a target="_blank" href="http://www.teachspin.com/"><img style="margin: 10px 10px 10px 15px; width: 45%; height: auto;" title="Teachspin Logo" alt="Teachspin Logo" src="/resources/Pictures/teachspinlogo2a.gif"></a> <a target="_blank" href="http://www.spie.org/" style="text-decoration-line: underline;"><img title="SPIE Logo" alt="SPIE Logo" src="/resources/Pictures/SPIE-logo.png" style="border-color: rgb(255, 255, 255); margin: 30px 10px 10px 10px; width: 50 px"></a></td> </tr> <tr> <td> <a target="_blank" href="https://www.nsf.gov/"><img style="margin: 10px; width: 18%; height: auto;" title="NSF Logo" alt="NSF Logo" src="/resources/Pictures/nsf1.jpg"></a> <a target="_blank" href="http://www.aapt.org/" style="text-decoration-line: underline;"><img title="AAPT Logo" alt="AAPT Logo" src="/resources/Pictures/aapt1.jpg" style="margin: 10px 20px; width: 92.875px;"></a></td> </tr> </tbody> </table> </td> </tr> </tbody> </table></div> </div><div id="id_QBVgHmK" class="WaGadgetLast WaGadgetContent gadgetStyleNone" style="" data-componentId="QBVgHmK" ><div class="gadgetStyleBody gadgetContentEditableArea" style="" data-editableArea="0" data-areaHeight="auto"> <p><font style="font-size: 24px;"><strong><font style="font-size: 30px;">Quantum Analogs</font></strong></font> <font style="font-size: 24px;"><strong><br></strong></font></p> <p><font style="font-size: 24px;"><strong><strong>Univ. of the South, June 24 - 26, 2020 <br></strong></strong></font></p> <p><font style="font-size: 24px;"><strong><strong>(One set-up)</strong></strong></font></p> <p><font style="font-size: 14px;"><span style="font-size: 12pt;">Instructors teaching the fundamentals of Schr枚dinger wave mechanics to undergraduates face the challenge of trying to convey intuition about the solutions of partial differential equations. Since purely-mathematical techniques for solving such equations are highly formal, it is useful to study more accessible (classical) physical phenomena that are described by similar differential equations. Then any intuition gained in hands-on study of the classical phenomenon can teach lessons immediately applicable to the much more abstract quantum-mechanical problem.</span></font></p> <p><font style="font-size: 14px;"><span style="font-size: 12pt;">Quantum Analogs is the name of a hardware/software package that exploits a mathematical analogy between single-particle Schr枚dinger wave mechanics (on the quantum side), and the Helmholtz wave equation for sound fields in air within confined structures (on the classical side). So the easily-studied resonant modes of vibration of (audio-frequency) sound waves in air, within quasi-1d or a spherical 3-d structures, can rapidly convey by illustration some valuable intuition about the corresponding problems in 1-d or 3-d wave mechanics. For example, in spherically-symmetric problems, the same ‘spherical harmonics’ <em>Y<sub>lm</sub>(胃,蠁)</em> turn up in both quantum and classical cases.</span></font></p> <p><font style="font-size: 14px;"><span style="font-size: 12pt;">These experiments are illustrated with audio-frequency sound waves in simple geometries, using the ‘Quantum Analogs’ hardware and software provided by TeachSpin, Inc. The apparatus includes the resonators, equipped with speakers and microphones to excite and to detect the sound waves. It also includes both stand-alone and computer-based ways to scan over frequency to make visible the ‘mode spectra’ of the resonant structures.<br></span></font></p> <p><font style="font-size: 14px;"><span style="font-size: 12pt;">[Finally, apart from its connection to quantum mechanics, the spherical resonator illustrates a method for highly-precise measurements of the speed of sound, recently made the more relevant to the post-2019 redefinition of the SI scale of temperature.]<br></span></font></p> <p><font style="font-size: 14px;"><span style="font-size: 12pt;">The TeachSpin QA system costs about $4500, and should be supplemented by a computer with sound-card capability. A general-purpose oscilloscope and signal generator are useful for an introduction to the system. Participants in this Immersion need only bring a notebook.<br> <br></span></font></p><img src="/resources/Immersions/KWU_Quantum%20Analogs%20fig.jpg" alt="" title="" border="0"><br> <p><font style="font-size: 14px;"><span style="font-size: 12pt;"><br></span></font></p> <p style="margin-bottom: 0px !important;"><font style="font-size: 24px;"><strong>Host and Mentor:</strong></font></p> <p style="margin-top: 0px !important; margin-bottom: 0px !important;"><img src="/resources/Immersions/David%20Van%20Baak.jpg" alt="" title="" width="200" height="300" border="0" align="right"><font style="font-size: 24px;"><strong><br></strong></font></p> <p><font style="font-size: 16px;">David A. Van Baak (Ph.D., Harvard University, 1979) is Professor of Physics Emeritus of Calvin College, and since 2014 a Staff Scientist at TeachSpin, Inc. His research interests have included r.f. and laser spectroscopy, and metrology and instrumentation in general. During his Calvin College career, Van Baak spent over three decades working with advanced-lab curriculum and apparatus development. He takes special pleasure in building and modelling electro-mechanical systems, especially those amenable to detailed mathematical modelling. Quantum Analogs is not his work, but the invention of Prof. Rene Matzdorf of Uni. Kassel in Germany, who saw the need for a more ‘physical’ way to introduce partial differential equations in the teaching of Schr枚dinger wave mechanics.<br> .<br> <br> <em>David A. Van Baak,</em></font> <font style="font-size: 16px;"><em>TeachSpin, Inc., 2495 Main St. #409, Buffalo, NY 14214</em></font><font style="font-size: 16px;"><em><br> Email Address: dvanbaak@teachspin.com Phone: 716-885-4701</em></font></p> <p><em><font style="font-size: 16px;"><img src="data:image/gif;base64,R0lGODlhAQABAIAAAP///wAAACH5BAEAAAAALAAAAAABAAEAAAICRAEAOw==" class="WaContentDivider WaContentDivider dividerStyle001" data-wacomponenttype="ContentDivider"></font></em><font style="font-size: 16px;"><em><br></em></font>Please note that the Jonathan F. Reichert Foundation has established a <a href="http://jfreichertfoundation.org/alpha-immersions/" target="_blank">grant program</a> to help purchase apparatus used in Laboratory Immersions. 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