Topology of encircling multiple EPs published in Nature Communications
Single electron in superfluid Helium proposal up on arXiv
Topology of encircling multiple EPs up on arXiv
See us at March Meeting 2023
Talks
Monday, March 6, 2023, 1:30 PM (Room 413)
B66.9 Encircling exceptional points in a restricted parameter space
Wednesday, March 8, 2023, 9:48 AM (Room 412)
Invited talk by Yogesh Patil
M67.10 Quantum Optomechanics with Superfluid Helium
Wednesday, March 8, 2023, 12:18 PM (Room 210)
N18.5 Characterization of magnetically levitated water drops
Wednesday, March 8, 2023, 3:36 PM (Room 413)
Q66..2 Cavity Optomechanics in Solid Helium and Solid Neon
Wednesday, March 8, 2023, 4:48 PM (Room 412)
Invited talk by Jack Harris
Q67.10 Characterization of magnetically levitated drops of liquid He-3 and He-4
Friday, March 10, 2023, 12:18 PM (Room 413)
Z66.5 Magnetic Levitation of Helium-3
Trefoil knot paper published in Nature
High-order coherences paper published in PRL
See us at March Meeting 2022
Talks
Tuesday, March 15, 2022, 10:24 AM
F11.13 Proposal for studying bulk supercooled water using a magnetically levitated drop
Tuesday, March 15, 2022, 04:12 PM
K33.07 An improved optomechanical system for measuring the trefoil knot of degeneracies near a triple exceptional point
Tuesday, March 15, 2022, 05:36 PM
K33.12 Experimental Test of Quantum Gravity Induced Non-locality Using a Liquid Helium
Wednesday, March 16, 2022, 10:24 AM
M34.13 Measurement of Multimode Optomechanical Coupling in a Superfluid $^4\text{He}$ Resonator
High-order phonon coherences paper up on arXiv
Trefoil knot paper up on arXiv
See us at March Meeting 2021
Talks
Friday, March 19, 2021, starting 12:54 PM
Y27.08 Measurements of High-Order Phonon Correlations in an Optomechanical System via Single-Photon Detection
Y27.09 Measurement of Non-classical Photon-Phonon States in a Superfluid Optomechanical System
Y27.10 Measurement of the Eigenvalue Braiding in the Vicinity of a Triple Exceptional Point
Y27.11 Measuring the Trefoil Knot of Degeneracies Around a Triple Exceptional Point
Emergent phases in nonMarkovian open quantum systems paper up on arXiv
Phase Transitions in Open Quantum Systems
This is the APS DAMOP 2017 talk I gave on Phase Transitions in Open Quantum Systems.
(The video is currently private.)
Phase Transitions in Open Quantum Systems
Talk by Yogesh Patil at APS DAMOP 2017
Conference Session P6.00001
See us at DAMOP 2017
Talks
J6.00005 A hybrid quantum interface between a mechanical resonator and an ultracold spin ensemble
on Wednesday, 2:48 PM, Room 311-312
P5.00001 Quench dynamics of a spinor condensate with strong spin-dependent interactions
on Thursday, 2:00 PM, Room 310
P6.00001 A driven dissipative phase transition in an ultracold lattice gas
also on Thursday, 2:00 PM, Room 311-312
Posters
Wednesday Session, 4:00 PM
K1.00039 Demonstration of the Kibble-Zurek mechanism in a non-equilibrium phase transition
K1.00055 Influence of system-bath interactions on driven-dissipative phase transitions
K1.00056 The Kibble-Zurek mechanism in phase transitions of non-equilibrium systems
K1.00117 Quantum many-body control beyond the adiabatic regime
Thursday Session, 4:00 PM
Q1.00111 Spin-mediated optomechanics: A hybrid quantum system for quantum sensing and transduction
Q1.00112 A novel nanophotonic platform for optomechanics in the strong coupling regime
See us at DAMOP 2016
C4.6 Realization of a cryogenic interface to an ultracold atomic chamber
C6.2 Measurement-induced control using a nondestructive quantum gas microscope
D1.94 Nonlinear phonon interferometry at the Heisenberg limit
G9.1 Lattice dynamics in Bosonic $^7$Li
J6.2 Universality of nonthermal behavior in spinor Bose condensates
K1.135 Universal nonequilibrium physics with spinor Bose condensates in the strongly coupled regime
P3.3 Nonlinear optomechanics with graphene
P5.5 Transport of a lattice gas under continuous measurement
Q1.85 Hybrid quantum systems with ultracold spins and optomechanics
Q1.96 Nonequilibrium quantum dynamics in optomechanical systems
Q1.107 Lattice gas dynamics under continuous measurement
Q1.125 Measurement-induced control with a nondestructive quantum gas microscope
Nonlinear phonon interferometer paper up on arXiv
Did you miss the coolest science stories of 2015?
Measurement-induced localization work featured in Gizmodo's "The Coolest Science Stories You May Have Missed in 2015"
Ivaylo wins the 2016 Yennie prize!
Congrats, Ivaylo.
The Yennie prize is "An award to the outstanding senior student majoring in Physics who shows unusual promise for future contributions to physics research, and who intends to earn the doctorate."
Multimode phononic correlations paper is published in NJP
See us at DAMOP 2015
B2.00006 Prethermalized states of quenched spinor condensates
C7.00001 Sensing of mechanical motion at the quantum level via a hybrid atom-optomechanical setup
C7.00005 Spin-mediated Hybrid Quantum Optomechanics
D1.00013 Measurement-induced Localization in an Ultracold Lattice Gas
M3.00003 Raman Sideband Cooling and Lattice Imaging of Lithium
Q1.00060 Hybrid Quantum Optomechanics with Graphene Nanoresonators
Q1.00061 BEC-Cryostat Interface: A Novel Platform for Hybrid Quantum Systems
Q1.00062 Controlling Mechanical Dissipation through Phononic Bandgap Substrates
Q1.00070 Correlation-enhanced Metrology with Mechanical Parametric Amplifiers
T6.00002 Quantum Control by Imaging: The Zeno Effect in an Ultracold Lattice Gas
T6.00005 Reservoir Engineering of Two-mode Correlations in Mechanical Resonators