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</div> </li> </ul> </div> </li> <li class=" dir"> <div class="item"> <a href="https://advlab.org/Immersions2023" title="Immersions 2023"><span>Immersions 2023</span></a> <ul class="secondLevel"> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023Emory_IBMQuantum" title="Imm2023Emory_IBMQuantum"><span>Imm2023Emory_IBMQuantum</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023USouth_Graphene" title="Imm2023USouth_Graphene"><span>Imm2023USouth_Graphene</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023Berkeley_LightMicroscopy" title="Imm2023Berkeley_LightMicroscopy"><span>Imm2023Berkeley_LightMicroscopy</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023FMU_SinglePhotons" title="Imm2023FMU_SinglePhotons"><span>Imm2023FMU_SinglePhotons</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023FMU_ComptonXray" title="Imm2023FMU_ComptonXray"><span>Imm2023FMU_ComptonXray</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023GVSU_Tunneling" title="Imm2023GVSU_Tunneling"><span>Imm2023GVSU_Tunneling</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023Maryland_LEGOLAS" title="Imm2023Maryland_LEGOLAS"><span>Imm2023Maryland_LEGOLAS</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023StOlaf_PositronSpectroscopy" title="Imm2023StOlaf_PositronSpectroscopy"><span>Imm2023StOlaf_PositronSpectroscopy</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023USD_Geant4" title="Imm2023USD_Geant4"><span>Imm2023USD_Geant4</span></a> </div> </li> <li class=" "> <div class="item"> <a href="https://advlab.org/Imm2023USD_GEDetectors" title="Imm2023USD_GEDetectors"><span>Imm2023USD_GEDetectors</span></a> </div> </li> <li class=" "> <div class="item"> <a 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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=" "> <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="sel "> <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 href="https://advlab.org/Imm2018Buffalo_EarthNMR" title="Imm2018Buffalo_EarthNMR"><span>Imm2018Buffalo_EarthNMR</span></a> </div> </li> <li class=" "> <div class="item"> <a 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class="last">Imm2019UWRF_PICUPTaylorCouette</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.excelitas.com/Pages/Index.aspx"><img style="margin:10px; width: 45%;height:auto;" title="Excelitas Logo" alt="Excelitas Logo" src="/resources/Pictures/Excelitas_logo.png"></a></td> </tr> <tr> <td><a target="_blank" href="https://www.nsf.gov/"><img style="margin: 10px 10px 10px 20px; width: 18%; height: auto;" title="NSF Logo" alt="NSF Logo" src="/resources/Pictures/nsf1.jpg"></a><a target="_blank" href="http://www.aapt.org/"><img style="margin: 10px 20px; width: 18%; height: auto;" title="AAPT Logo" alt="AAPT Logo" src="/resources/Pictures/aapt1.jpg"></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;">Flow Instabilities in Taylor-Couette Flow (with computational modeling)<br></font></strong></font></p> <p><font style="font-size: 24px;"><strong><strong>University of Wisconsin - River Falls, July 8 - 14, 2019 (PICUP and Immersion) </strong></strong></font></p><p><font style="font-size: 24px;"><strong><strong>2 setups (4 participants) <br></strong></strong></font></p><p><strong><font style="font-size: 14px;"><span style="font-size: 12pt;">Participants in this Immersion will also need to <a href="https://www.compadre.org/PICUP/events/2019-Summer-Immersion/">register</a> for the PICUP Summer Faculty Development Workshop.</span></font></strong><font style="font-size: 16px;"></font></p><p><font style="font-size: 16px;">Taylor-Couette flow is the flow of a viscous fluid sheared in the gap between two rotating coaxial cylinders. Sometimes called the “hydrogen atom of hydrodynamics,” Taylor-Couette flow has a rich phenomenology and has long been a testbed for hydrodynamic stability theory and an important tool in the study of nonlinear dynamics and pattern formation theory. Because of its simplicity, the Taylor-Couette system is an ideal platform for teaching students about these important physics topics, but also about the fabrication of scientific apparatus.  <br> <img src="/resources/Immersions/willametteTaylorCouetteCell1.png" alt="" title="" border="0"><br> Figure 1. Basic Taylor-Couette cell.<br> <br> The basic apparatus consists of two coaxial cylinders. The gap between them is filled with fluid and the inner cylinder is made to rotate by a stepper motor (see Fig. 1). For low rotation rates, viscosity causes the fluid to flow as might be predicted from symmetry. Fluid elements follow circular paths and the flow field has no axial or azimuthal dependence. However, as the rotation rate of the inner cylinder is increased the flow suddenly undergoes an instability and a cellular pattern of toroidal vortices called Taylor rolls emerges. As the rotation is increased further, the Taylor rolls themselves become unstable giving way to a progressively more complicated flow states as shown in Fig. 2, eventually leading to turbulence.<br> <br>  <br> <img src="/resources/Immersions/WillametteTaylorCouetteRot2.png" alt="" title="" border="0"><br> Figure 2. As the rotation rate of the inner cylinder is increased (left to right), the flow undergoes bifurcations from Taylor rolls to progressively more complex and eventually turbulent flows.<br> <br>During the first day of the Immersion participants will learn how to build a small Taylor-Couette apparatus and how the design and construction of the apparatus can be implemented as a series of instructional modules on digital electronics, computer-aided design (CAD), conventional and modern fabrication methods (soldering, machining, laser cutting, 3D printing, etc. as appropriate to participant’s home institutions).<br><br>During the second part of the Immersion (2 days), participants will learn how the Taylor-Couette system can be used to demonstrate a host of important topics in fluid mechanics and nonlinear dynamics as stand-alone classroom demonstrations, laboratory exercises, or extended student projects. Some of the topics that will be explored include flow visualization, Reynolds similarity, flow instabilities, the time reversibility of low Reynolds number flows, the coexistence of attractors in nonlinear systems, the Ruelle-Takens route to chaos, and attractor reconstruction from time series. For the 2019 ALPhA/PICUP Immersion at the University of Wisconsin-River Falls, special attention will be paid to computational analysis of digital images, including spectral and time series analysis. We will also cover numerical modeling of the advection of passive tracers in circular Couette flow using GlowScript and numerical modeling of the primary instability using Daedalus, a Python-based package for computational fluid dynamics.<br><br>Participants should bring their lab notebook and a flash drive.<br><br>There are no special safety considerations besides the usual hazards involved in working with hand and machine tools.<br>The apparatus can be constructed as student projects for ~$200 per unit. Most of the parts can be re-used, so the design and construction of the apparatus can be implemented as a project-based activity in subsequent semesters at significantly lower cost. While the Taylor-Couette system can be used to perform most of the experiments as a standalone unit, additional equipment ranging in cost from $200 to $2000 is necessary to conduct some of the experiments.<br><font><span style="font-size: 12pt;"><br></span></font> </font></p><p><font style="font-size: 14px;"><span style="font-size: 12pt;"><br></span></font></p><font style="font-size: 24px;"><strong>Host and Mentor:<img src="/resources/Immersions/Borrero2019.jpg" alt="" title="" width="220" height="220" border="0" align="right"></strong></font><br> <p><font style="font-size: 16px;">Daniel Borrero received his BS in Physics from the University of Texas at Austin and his PhD in Physics from Georgia Tech. After receiving his PhD, Daniel taught at Reed College, where he worked to restructure the instrumentation laboratory course using a project-based curriculum. In 2016, Daniel joined the Department of Physics at Willamette University. At Willamette, he has continued to research fluid systems with complex spatiotemporal dynamics. Daniel’s research focuses on studying the subcritical transition to turbulence in wall-bounded shear flows. He has taught courses across the physics curriculum and has recently been involved with departmental efforts to introduce scientific computation to the introductory physics sequence and developing computational physics activities for his Thermal Physics course. He has also co-taught the department’s advanced laboratory course for the past two years. In 2010, Daniel was part of the Hands-on Research in Complex System School at the University of Buea in Cameroon, where he taught sessions on studying flow instabilities and transitional flows using low-cost table-top experiments and computational modeling using Python to graduate students and faculty from over 50 African countries.<br> <br></font><font style="font-size: 16px;"><em><font style="font-size: 16px;">Daniel Borrero, </font></em></font><font style="font-size: 16px;"><em><font style="font-size: 16px;"><em><font style="font-size: 16px;">Willamette University, Department of Physics, 900 State St., Salem, OR 97301. Email: </font></em></font></em></font><font style="font-size: 16px;"><em><font style="font-size: 16px;"><font style="font-size: 16px;"><em><font style="font-size: 16px;">dborrero@willamette.edu.  Phone: 503-370-6537.<br></font></em></font><br></font></em></font><font style="font-size: 16px;"><br></font></p><em><font style="font-size: 16px;"><img src="data:image/gif;base64,R0lGODlhAQABAIAAAP///wAAACH5BAEAAAAALAAAAAABAAEAAAICRAEAOw==" class="WaContentDivider WaContentDivider dividerStyle001" data-wacomponenttype="ContentDivider"></font></em>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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