39:06A Landau Theory for Spin Squeezing
A 39-minute video from UT Physics: “A Landau Theory for Spin Squeezing”.
UT Physics
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39:06
36:21A precision laboratory test of the gravitational redshift at the sub-cm scale
A 36-minute video from UT Physics: “A precision laboratory test of the gravitational redshift at the sub-cm scale”.
32:44A quantum vortex collider
A 33-minute video from UT Physics: “A quantum vortex collider”.
32:44A quantum vortex collider
A 33-minute video from UT Physics: “A quantum vortex collider”.
39:10A tunable spin Hamiltonian of dipolar molecules
A 39-minute video from UT Physics: “A tunable spin Hamiltonian of dipolar molecules”.
35:45Accurate determination of the fine-structure constant using atom interferometry
A 36-minute video from UT Physics: “Accurate determination of the fine-structure constant using atom interferometry”.
37:37An improved measurement of the electron’s electric dipole moment
A 38-minute video from UT Physics: “An improved measurement of the electron’s electric dipole moment”.
40:00An improved measurement of the electron’s electric dipole moment
A 40-minute video from UT Physics: “An improved measurement of the electron’s electric dipole moment”.
34:24Atomic and nuclear clocks for testing fundamental physics
A 34-minute video from UT Physics: “Atomic and nuclear clocks for testing fundamental physics”.
35:43Atomic and nuclear clocks for testing fundamental physics
A 36-minute video from UT Physics: “Atomic and nuclear clocks for testing fundamental physics”.
37:41Atoms Interlinked by Light: Programming Interactions and Probing Entanglement
A 38-minute video from UT Physics: “Atoms Interlinked by Light: Programming Interactions and Probing Entanglement”.
39:12Atoms Interlinked by Light: Programming Interactions and Probing Entanglement
A 39-minute video from UT Physics: “Atoms Interlinked by Light: Programming Interactions and Probing Entanglement”.
40:11Cavity QED: from Many-body Physics to Transduction
A 40-minute video from UT Physics: “Cavity QED: from Many-body Physics to Transduction”.
56:03Climate Modeling 2.0: Data-Driven Parameterization of Ocean Turbulence
A 56-minute video from UT Physics: “Climate Modeling 2.0: Data-Driven Parameterization of Ocean Turbulence”.
36:55Coherent Light Shift on Alkaline-Earth Rydberg Atoms
A 37-minute video from UT Physics: “Coherent Light Shift on Alkaline-Earth Rydberg Atoms”.
41:21Compressibility and the equation of state of an optical quantum gas in a box
A 41-minute video from UT Physics: “Compressibility and the equation of state of an optical quantum gas in a box”.
38:34Cooling nanoparticles in ion traps: a route to the quantum regime
A 39-minute video from UT Physics: “Cooling nanoparticles in ion traps: a route to the quantum regime”.
37:19Engineering a topological gauge theory in an optically dressed Bose-Einstein condensate
A 37-minute video from UT Physics: “Engineering a topological gauge theory in an optically dressed Bose-Einstein condensate”.
35:36Entanglement-Enhanced Matter-Wave Interferometry in a High-Finesse Cavity
A 36-minute video from UT Physics: “Entanglement-Enhanced Matter-Wave Interferometry in a High-Finesse Cavity”.
36:26Entanglement-Enhanced Matter-Wave Interferometry in a High-Finesse Cavity
A 36-minute video from UT Physics: “Entanglement-Enhanced Matter-Wave Interferometry in a High-Finesse Cavity”.
37:22Four-second optical coherence between different atomic species, and the search for new physics wi...
A 37-minute video from UT Physics: “Four-second optical coherence between different atomic species, and the search for new physics wi...”.
42:24Generalized hydrodynamics in 1D Bose gases
A 42-minute video from UT Physics: “Generalized hydrodynamics in 1D Bose gases”.
43:29Generalized hydrodynamics in 1D Bose gases
A 43-minute video from UT Physics: “Generalized hydrodynamics in 1D Bose gases”.
33:33Higgs mode in a unitary Fermi gas
A 34-minute video from UT Physics: “Higgs mode in a unitary Fermi gas”.
35:42Interactions with pulses of quantum radiation
A 36-minute video from UT Physics: “Interactions with pulses of quantum radiation”.
40:25Interactions with pulses of quantum radiation
A 40-minute video from UT Physics: “Interactions with pulses of quantum radiation”.
36:35Laser Cooling of Complex Polyatomic Molecules
A 37-minute video from UT Physics: “Laser Cooling of Complex Polyatomic Molecules”.
34:38Laser-cooled Molecules, from Controlled Collisions to Qbits
A 35-minute video from UT Physics: “Laser-cooled Molecules, from Controlled Collisions to Qbits”.
36:21Laser-driven and Magnetized Ultracold Neutral Plasmas
A 36-minute video from UT Physics: “Laser-driven and Magnetized Ultracold Neutral Plasmas”.
41:19Making optical lattice clocks compact and useful for real-world applications
A 41-minute video from UT Physics: “Making optical lattice clocks compact and useful for real-world applications”.
42:55Many-body quantum optics in atomic arrays
A 43-minute video from UT Physics: “Many-body quantum optics in atomic arrays”.
31:06New paradigms with dipolar quantum gases: Vortices, two-dimensional supersolidity, and angular res..
A 31-minute video from UT Physics: “New paradigms with dipolar quantum gases: Vortices, two-dimensional supersolidity, and angular res..”.
31:15New paradigms with dipolar quantum gases: Vortices, two-dimensional supersolidity, and angular res..
A 31-minute video from UT Physics: “New paradigms with dipolar quantum gases: Vortices, two-dimensional supersolidity, and angular res..”.
33:42Non-equilibrium control of quantum lattice systems using driving and dissipation
A 34-minute video from UT Physics: “Non-equilibrium control of quantum lattice systems using driving and dissipation”.
35:28Non-equilibrium dynamics and sensing with large trapped-ion crystals
A 35-minute video from UT Physics: “Non-equilibrium dynamics and sensing with large trapped-ion crystals”.
38:53Optical atomic clocks–what challenges remain on the roadmap towards a redefinition of the SI second?
A 39-minute video from UT Physics: “Optical atomic clocks–what challenges remain on the roadmap towards a redefinition of the SI second?”.