https://levlab.stanford.edu/https://levlab.stanford.edu/research/https://levlab.stanford.edu/publications/https://levlab.stanford.edu/publications/dysprosium-quantum-gases/https://levlab.stanford.edu/publications/cavity-qed-quantum-soft-matter/https://levlab.stanford.edu/publications/cavmat-materials-in-cavities/https://levlab.stanford.edu/publications/cryogenic-atom-chip-microscope/https://levlab.stanford.edu/publications/2026/https://levlab.stanford.edu/publications/2025/https://levlab.stanford.edu/publications/2024/https://levlab.stanford.edu/publications/2023/https://levlab.stanford.edu/publications/2021/https://levlab.stanford.edu/publications/2020/https://levlab.stanford.edu/publications/2019/https://levlab.stanford.edu/publications/2018/https://levlab.stanford.edu/publications/2017/https://levlab.stanford.edu/publications/2016/https://levlab.stanford.edu/publications/2015/https://levlab.stanford.edu/publications/2014/https://levlab.stanford.edu/publications/2013/https://levlab.stanford.edu/publications/2012/https://levlab.stanford.edu/publications/2011/https://levlab.stanford.edu/publications/2010/https://levlab.stanford.edu/publications/2009/https://levlab.stanford.edu/publications/2008/https://levlab.stanford.edu/publications/2007/https://levlab.stanford.edu/publications/2006/https://levlab.stanford.edu/publications/2005/https://levlab.stanford.edu/publications/2004/https://levlab.stanford.edu/publications/2003/https://levlab.stanford.edu/publications/2001/https://levlab.stanford.edu/publications/1998/https://levlab.stanford.edu/publications/2022/https://levlab.stanford.edu/news/https://levlab.stanford.edu/contact-jobs/https://levlab.stanford.edu/people/https://levlab.stanford.edu/research/dysprosium/https://levlab.stanford.edu/research/dysprosium/news/https://levlab.stanford.edu/research/rubidium/https://levlab.stanford.edu/research/rubidium/news/https://levlab.stanford.edu/research/cavmat/https://levlab.stanford.edu/research/cavmat/news/https://levlab.stanford.edu/research/sqcramscope/https://levlab.stanford.edu/research/sqcramscope/news/https://levlab.stanford.edu/node/654/https://levlab.stanford.edu/node/653/https://levlab.stanford.edu/node/652/https://levlab.stanford.edu/node/648/https://levlab.stanford.edu/node/647/https://levlab.stanford.edu/node/643/https://levlab.stanford.edu/node/642/https://levlab.stanford.edu/node/641/https://levlab.stanford.edu/node/640/https://levlab.stanford.edu/node/638/https://levlab.stanford.edu/node/635/https://levlab.stanford.edu/node/629/https://levlab.stanford.edu/node/628/https://levlab.stanford.edu/node/624/https://levlab.stanford.edu/node/622/https://levlab.stanford.edu/node/620/https://levlab.stanford.edu/node/618/https://levlab.stanford.edu/node/617/https://levlab.stanford.edu/news-events/active-quantum-gas-microscope/https://levlab.stanford.edu/news-events/rapidity-1d-dipolar-gas/https://levlab.stanford.edu/news-events/benjamin-lev-2021-aps-fellow/https://levlab.stanford.edu/news-events/video-levs-vamos-seminar-talk/https://levlab.stanford.edu/news-events/nature-optical-lattice-sound/https://levlab.stanford.edu/news-events/quantum-archimedes-screw-published-science/https://levlab.stanford.edu/news-events/physics-world-press-article/https://levlab.stanford.edu/news-events/improved-sqcramscope/https://levlab.stanford.edu/news-events/cavity-qed-neural-network/https://levlab.stanford.edu/news-events/light-plays-role-sound/https://levlab.stanford.edu/news-events/pairing-atoms-1d-photons/https://levlab.stanford.edu/news-events/physorg-article-sqcramscope/https://levlab.stanford.edu/news-events/cooking-quantum-gas/https://levlab.stanford.edu/news-events/cover-art-pras-50th/https://levlab.stanford.edu/news-events/quantum-many-body-scars/https://levlab.stanford.edu/news-events/imaging-sqcramscope/https://levlab.stanford.edu/news-events/dynamical-spin-orbit-coupling/https://levlab.stanford.edu/news-events/interactions-gouy-phases/https://levlab.stanford.edu/news-events/playing-quantum-toy/https://levlab.stanford.edu/news-events/new-state-light-matter/https://levlab.stanford.edu/news-events/congrats-dr-yijun-tang/https://levlab.stanford.edu/news-events/dipolar-quantum-newtons-cradle-0/https://levlab.stanford.edu/news-events/tunable-interactions-prx/https://levlab.stanford.edu/news-events/viewpoint-multimode-cavity/https://levlab.stanford.edu/news-events/congratulations-dr-edkins/https://levlab.stanford.edu/news-events/edkins-thesis-prize/https://levlab.stanford.edu/news-events/dipolar-quantum-newtons-cradle/https://levlab.stanford.edu/news-events/congratulations-ronen/https://levlab.stanford.edu/news-events/pnas-sqcramscope/https://levlab.stanford.edu/news-events/viewpoint-article/https://levlab.stanford.edu/news-events/sqcramscope-news-article/https://levlab.stanford.edu/news-events/dy-tune-out-wavelength/https://levlab.stanford.edu/news-events/dynamic-synthetic-gauge-field/https://levlab.stanford.edu/news-events/sqcramscope-lives/https://levlab.stanford.edu/news-events/smashing-magnets/https://levlab.stanford.edu/news-events/thermometry-dipolar-bose-gas/https://levlab.stanford.edu/news-events/supermode-condensate/https://levlab.stanford.edu/news-events/congrats-nate/https://levlab.stanford.edu/news-events/congrats-alicia/https://levlab.stanford.edu/news-events/viewpoint-arrested-implosion/https://levlab.stanford.edu/news-events/dy-spin-orbit-coupling/https://levlab.stanford.edu/news-events/coupling-cavity-dmd/https://levlab.stanford.edu/news-events/tenure/https://levlab.stanford.edu/news-events/dy-scattering-lengths/https://levlab.stanford.edu/news-events/new-dy-becs/https://levlab.stanford.edu/news-events/multimode-cavity-qed/https://levlab.stanford.edu/news-events/happy-halloween/https://levlab.stanford.edu/news-events/fermionic-suppression/https://levlab.stanford.edu/news-events/congratulations-dr-lu/https://levlab.stanford.edu/news-events/congratulations-dr-naides/https://levlab.stanford.edu/news-events/dy-feshbach-resonances/https://levlab.stanford.edu/news-events/cryogenic-atom-chip/https://levlab.stanford.edu/news-events/dy-so-coupling-proposal/https://levlab.stanford.edu/news-events/worlds-first-dipolar-dy-dfg/https://levlab.stanford.edu/news-events/lev-wins-darpa-yfa/https://levlab.stanford.edu/news-events/lev-wins-onr-yip/https://levlab.stanford.edu/news-events/hopfield-associative-memory/https://levlab.stanford.edu/news-events/worlds-first-dy-bec/https://levlab.stanford.edu/news-events/seo-ho-youn-receives-phd/https://levlab.stanford.edu/news-events/levlab-moves-stanford/https://levlab.stanford.edu/news-events/lev-wins-pecase/https://levlab.stanford.edu/news-events/dy-odt-theory-paper/https://levlab.stanford.edu/news-events/dy-narrow-line-spectroscopy/https://levlab.stanford.edu/news-events/lev-awarded-beckman-fellowship/https://levlab.stanford.edu/news-events/soft-quantum-matter-pra/https://levlab.stanford.edu/news-events/lev-wins-packard-fellowship/https://levlab.stanford.edu/news-events/two-dy-pras/https://levlab.stanford.edu/news-events/chip-bsed-single-atom-detector/https://levlab.stanford.edu/news-events/dy-mot-prl/https://levlab.stanford.edu/news-events/superstripes-paper-nature-physics/https://levlab.stanford.edu/news-events/levlab-wins-doe-grant/https://levlab.stanford.edu/news-events/winning-muri-team/https://levlab.stanford.edu/news-events/uiuc-levlab-complete/https://levlab.stanford.edu/news-events/worlds-first-dy-mot/https://levlab.stanford.edu/news-events/spin-glass-multimode-cavity-qed-proposal/https://levlab.stanford.edu/news-events/topological-insulator-proposal/https://levlab.stanford.edu/news-events/papageorge-wins-ndseg/https://levlab.stanford.edu/news-events/koll%C3%A1r-wins-ndseg-fellowship/https://levlab.stanford.edu/news-events/lev-wins-afosr-yip/https://levlab.stanford.edu/news-events/lev-wins-nsf-career-award/https://levlab.stanford.edu/people/person-3-0/https://levlab.stanford.edu/node/636/https://levlab.stanford.edu/people/mr-kuan-yu-lin/https://levlab.stanford.edu/people/mr-kangning-yang/https://levlab.stanford.edu/people/mr-david-atri-schuller/https://levlab.stanford.edu/people/mr-han-hiller/https://levlab.stanford.edu/node/625/https://levlab.stanford.edu/node/630/https://levlab.stanford.edu/node/631/https://levlab.stanford.edu/node/632/https://levlab.stanford.edu/node/633/https://levlab.stanford.edu/node/644/https://levlab.stanford.edu/node/645/https://levlab.stanford.edu/node/646/https://levlab.stanford.edu/people/dr-kristian-baumann/https://levlab.stanford.edu/people/dr-jack-disciacca/https://levlab.stanford.edu/people/dr-varun-vaidya/https://levlab.stanford.edu/people/dr-sangwon-seo/https://levlab.stanford.edu/people/dr-stephen-edkins/https://levlab.stanford.edu/people/dr-brian-kasch/https://levlab.stanford.edu/people/dr-di-lao/https://levlab.stanford.edu/people/dr-zhendong-zhang/https://levlab.stanford.edu/node/626/https://levlab.stanford.edu/people/dr-michael-armen/https://levlab.stanford.edu/people/dr-seo-ho-youn/https://levlab.stanford.edu/people/dr-mingwu-lu/https://levlab.stanford.edu/people/dr-matthew-naides/https://levlab.stanford.edu/people/dr-richard-turner/https://levlab.stanford.edu/people/dr-alicia-koll%C3%A1r/https://levlab.stanford.edu/people/dr-nathaniel-burdick/https://levlab.stanford.edu/people/dr-alexander-papageorge/https://levlab.stanford.edu/people/dr-yijun-tang/https://levlab.stanford.edu/people/dr-fan-yang/https://levlab.stanford.edu/people/dr-wil-kao/https://levlab.stanford.edu/people/dr-stephen-taylor/https://levlab.stanford.edu/people/dr-yudan-guo/https://levlab.stanford.edu/people/dr-kuan-yu-li/https://levlab.stanford.edu/people/mr-ronen-kroeze/https://levlab.stanford.edu/people/mr-brandon-freudenstein/https://levlab.stanford.edu/people/mr-brendan-marsh/https://levlab.stanford.edu/people/mr-alexander-n-bourzutschky/https://levlab.stanford.edu/people/mr-alec-shelley/https://levlab.stanford.edu/people/mr-henry-hunt/https://levlab.stanford.edu/node/616/https://levlab.stanford.edu/people/mr-chen-wu/https://levlab.stanford.edu/people/mr-jeffrey-brown/https://levlab.stanford.edu/people/mr-yosheb-getachew/https://levlab.stanford.edu/people/mr-inigo-valenzuela-lombera/https://levlab.stanford.edu/people/ms-jingjin-jenny-hu/https://levlab.stanford.edu/people/mr-hunter-swan/https://levlab.stanford.edu/people/mr-dai-shen/https://levlab.stanford.edu/people/mr-anjun-chu/https://levlab.stanford.edu/people/mr-naijun-jin/https://levlab.stanford.edu/people/ms-melis-tekant/https://levlab.stanford.edu/people/ms-anna-widder/https://levlab.stanford.edu/people/mr-sammy-goldman/https://levlab.stanford.edu/people/mr-josh-kazdan/https://levlab.stanford.edu/people/mr-john-stayner/https://levlab.stanford.edu/people/ms-siyun-zhou/https://levlab.stanford.edu/people/mr-brett-harvey/https://levlab.stanford.edu/people/mr-tudor-ciobanu/https://levlab.stanford.edu/people/mr-cristian-zanoci/https://levlab.stanford.edu/node/651/https://levlab.stanford.edu/node/637/https://levlab.stanford.edu/node/649/https://levlab.stanford.edu/node/639/https://levlab.stanford.edu/node/634/https://levlab.stanford.edu/node/623/https://levlab.stanford.edu/node/621/https://levlab.stanford.edu/node/627/https://levlab.stanford.edu/node/619/https://levlab.stanford.edu/publications/rapidity-and-momentum-distributions-1d-dipolar-quantum-gases/https://levlab.stanford.edu/publications/high-cooperativity-confocal-cavity-qed-microscope/https://levlab.stanford.edu/publications/dipolar-physics-review-experiments-magnetic-quantum-gases/https://levlab.stanford.edu/publications/optical-lattice-sound/https://levlab.stanford.edu/publications/enhancing-associative-memory-recall-and-storage-capacity-using-confocal-cavity-qed/https://levlab.stanford.edu/publications/scanning-quantum-cryogenic-atom-microscope-6-k/https://levlab.stanford.edu/publications/quantum-simulators-architectures-and-opportunities/https://levlab.stanford.edu/publications/topological-pumping-1d-dipolar-gas-strongly-correlated-prethermal-states/https://levlab.stanford.edu/publications/photon-mediated-peierls-transition-1d-gas-multimode-optical-cavity/https://levlab.stanford.edu/publications/nematic-transitions-iron-pnictide-superconductors-imaged-quantum-gas/https://levlab.stanford.edu/publications/dynamical-spin-orbit-coupling-quantum-gas/https://levlab.stanford.edu/publications/emergent-and-broken-symmetries-atomic-self-organization-arising-gouy-phase-shifts/https://levlab.stanford.edu/publications/sign-changing-photon-mediated-atom-interactions-multimode-cavity-qed/https://levlab.stanford.edu/publications/spinor-self-ordering-quantum-gas-cavity/https://levlab.stanford.edu/publications/thermalization-near-integrability-dipolar-quantum-newtons-cradle/https://levlab.stanford.edu/publications/tuning-dipole-dipole-interaction-quantum-gas-rotating-magnetic-field/https://levlab.stanford.edu/publications/tunable-range-photon-mediated-atomic-interactions-multimode-cavity-qed/https://levlab.stanford.edu/publications/scanning-quantum-cryogenic-atom-microscope/https://levlab.stanford.edu/publications/supermode-density-wave-polariton-condensation/https://levlab.stanford.edu/publications/meissner-effect-synthetic-gauge-field-multimode-cavity-qed/https://levlab.stanford.edu/publications/anisotropic-dependence-tune-out-wavelength-near-dy-741-nm-transition/https://levlab.stanford.edu/publications/anisotropic-collisions-dipolar-bose-einstein-condensates-universal-regime/https://levlab.stanford.edu/publications/anisotropic-expansion-thermal-dipolar-bose-gas/https://levlab.stanford.edu/publications/arrested-implosion/https://levlab.stanford.edu/publications/long-lived-spin-orbit-coupled-dipolar-fermi-gas/https://levlab.stanford.edu/publications/coupling-modes-near-confocal-optical-resonator-using-digital-light-modulator/https://levlab.stanford.edu/publications/s-wave-scattering-lengths-strongly-dipolar-bosons-162dy-and-164dy/https://levlab.stanford.edu/publications/bilayer-fractional-quantum-hall-states-dipoles/https://levlab.stanford.edu/publications/bose-einstein-condensation-162dy-and-160dy/https://levlab.stanford.edu/publications/adjustable-length-cavity-and-bose-einstein-condensate-apparatus-multimode-cavity-qed/https://levlab.stanford.edu/publications/fermionic-suppression-dipolar-relaxation/https://levlab.stanford.edu/publications/observation-low-field-fano-feshbach-resonances-ultracold-gases-dysprosium/https://levlab.stanford.edu/publications/trapping-ultracold-gases-near-cryogenic-materials-rapid-reconfigurability/https://levlab.stanford.edu/publications/synthetic-gauge-field-highly-magnetic-lanthanide-atoms/https://levlab.stanford.edu/publications/resolving-individual-one-proton-spin-flip-determine-proton-spin-state/https://levlab.stanford.edu/publications/one-particle-measurement-antiproton-magnetic-moment/https://levlab.stanford.edu/publications/real-time-observation-fluctuations-driven-dissipative-dicke-phase-transition/https://levlab.stanford.edu/publications/imaging-topologically-protected-transport-quantum-degenerate-gases/https://levlab.stanford.edu/publications/quantum-degenerate-dipolar-fermi-gas/https://levlab.stanford.edu/publications/atomic-interface-between-microwave-and-optical-photons/https://levlab.stanford.edu/publications/exploring-models-associative-memory-cavity-quantum-electrodynamics/https://levlab.stanford.edu/publications/direct-measurement-proton-magnetic-moment-1/https://levlab.stanford.edu/publications/roton-type-mode-softening-quantum-gas-cavity-mediated-long-range-interactions/https://levlab.stanford.edu/publications/frustration-and-glassiness-spin-models-cavity-mediated-interactions/https://levlab.stanford.edu/publications/strongly-dipolar-bose-einstein-condensate-dysprosium/https://levlab.stanford.edu/publications/dynamic-polarizabilities-and-magic-wavelengths-dysprosium/https://levlab.stanford.edu/publications/spectroscopy-narrow-line-laser-cooling-transition-atomic-dysprosium/https://levlab.stanford.edu/publications/exploring-symmetry-breaking-dicke-quantum/https://levlab.stanford.edu/publications/dysprosium-magneto-optical-traps/https://levlab.stanford.edu/publications/atom-light-crystallization-becs-multimode-cavities-nonequilibrium-classical-and-quantum/https://levlab.stanford.edu/publications/anisotropic-sub-doppler-laser-cooling-dysprosium-magneto-optical-traps/https://levlab.stanford.edu/publications/trapping-ultracold-dysprosium-highly-magnetic-gas-dipolar-physics/https://levlab.stanford.edu/node/293/https://levlab.stanford.edu/publications/closed-orbit-recurrences-molecular-hydrogen/https://levlab.stanford.edu/node/359/https://levlab.stanford.edu/publications/dicke-quantum-phase-transition-superfluid-gas-optical-cavity/https://levlab.stanford.edu/publications/emergent-crystallinity-and-frustration-bose-einstein-condensates-multimode-cavities/https://levlab.stanford.edu/publications/biaxial-nematic-phases-ultracold-dipolar-fermi-gases/https://levlab.stanford.edu/publications/dynamical-coupling-between-bose-einstein-condensate-and-cavity-optical-lattice/https://levlab.stanford.edu/publications/optical-interferometers-reduced-sensitivity-thermal-noise/https://levlab.stanford.edu/publications/loss-molecules-magneto-electrostatic-traps-due-nonadiabatic-transitions/https://levlab.stanford.edu/publications/prospects-cavity-assisted-laser-cooling-molecules/https://levlab.stanford.edu/publications/mitigation-loss-within-molecular-stark-decelerator/https://levlab.stanford.edu/publications/magneto-electrostatic-trapping-ground-state-oh-molecules/https://levlab.stanford.edu/publications/organic-mixed-order-photonic-crystal-lasers-ultrasmall-footprint/https://levlab.stanford.edu/publications/superfluid-helium-converter-accumulation-and-extraction-ultracold-neutrons/https://levlab.stanford.edu/publications/oh-hyperfine-ground-state-precision-measurement-molecular-qubits/https://levlab.stanford.edu/publications/integration-fiber-coupled-high-q-silicon-nitride-microdisks-magnetostatic-atom-chips/https://levlab.stanford.edu/node/345/https://levlab.stanford.edu/publications/quantum-information-processing-optical-lattices-and-magnetic-microtraps/https://levlab.stanford.edu/publications/time-lens-high-resolution-neutron-time-flight-spectrometers/https://levlab.stanford.edu/publications/proposed-magneto-electrostatic-ring-trap-neutral-atoms/https://levlab.stanford.edu/publications/feasibility-detecting-single-atoms-using-photonic-bandgap-cavities/https://levlab.stanford.edu/node/257/https://levlab.stanford.edu/publications/atom-mirror-etched-hard-drive/https://levlab.stanford.edu/node/253/https://levlab.stanford.edu/publications/radiation-hardness-evaluation-analog-devices-ad9042-adc-use-cms-electromagnetic/https://levlab.stanford.edu/publications/pre-levlab/https://levlab.stanford.edu/about-lab/