Roster of Participants

I am an experimentalist interested in studying strong interactions in synthetic Rydberg lattices with atoms in tweezer arrays.

I am an experimentalist interested in out-of-equilibrium physics of two-dimensional Bose-gases.
 

I am a theorist interested in quantum thermodynamics, non-equilibrium statistical mechanics, quantum many-body physics. 

I am a theorist. I’m interested how and if many-bodied interacting systems thermalize – this includes topics such as many-body quantum scars, many-body localization and quantum-information techniques such as tensor networks.

I am a theorist. I work on developing computational tools to study quantum systems in new ways, such as inverse methods for designing Hamiltonians with particular eigenstates and symmetries or new methods for finding local integrals of motion in many-body localized systems.

I am a theorist interested in examining many-body localisation in Fock space.
 

I am a theorist interested. My research interests include quantum simulations (especially with ultracold molecules) and interpretable machine learning.

I am a theorist interested in quantum liquids and polarons in low-dimensional Bose-Bose mixtures, analytical and Monte Carlo methods

I am an experimentalist. My areas of physics interest are comprised of quantum many-body physics, cavity QED and nonequilibrium dynamics.

I am a theorist. I am broadly interested in the role of topology, disorder and interaction in physical systems.

I am a theorist, interested in many body physics, quantum information and quantum computing.

I am a theorist interested in theoretical quantum optics.

I am a theorist interested in SU(N) Fermi Hubbard Model, Numerical Methods, and Synthetic Dimensions with Molecules and Rydbergs.

I am a theorist. I’m interested in the dynamics of quantum systems with particular focus on emergent hydrodynamics, novel phases of matter and thermalization properties.

I am a theorist interested in the applications quantum measurement and feedback control. I focus on their potential as a platform for quantum simulation of complex dynamics of quantum systems, and the possibilities of implementing these simulations on atomic-based architectures. 

I am a theorist interested in the study of ultracold atoms in optical lattices as quantum simulators of condensed matter systems exhibiting topological properties and the design of atomtronic devices and quantum sensing applications with ultracold atoms.

I am a theorist. I am interested in all things quantum mechanics, with a focus on non-equilibrium many-body quantum physics, particularly its intersection with both integrability and quantum information.

I am a theorist with a broad interest in the fields of ultracold atoms, strongly-correlated systems, condensed-matter physics and lattice gauge theories. I primarily study these systems with numerical methods, mainly quantum Monte Carlo approaches.

I am a theorist interested in finding new protocols to probing thermalization dynamics in cold atom and solid state quantum simulators. I also seek to describe those experiments with nonequilibrium quantum field theory techniques.

I am a theorist interested in the critical phenomena of many-body systems, both quantum, including measurement-induced entanglement transitions in quantum circuits, and classical, including entropically driven phase transitions and glassy dynamics.

I am a theorist interested in topological superconductivity and Weyl semimetals.

I am a theorist interested in understanding how exotic phenomena in correlated materials can be extracted through novel nonequilibrium probes and applied to quantum sensing and information technologies.

 I am an experimentalist, currently setting up a BEC machine suitable for quantum simulation in 2D. My interest now lies in out-of-equilibrium quantum phenomena in those from hydrodynamics to analog cosmology.

I am a theorist intersted in entanglement in topological and strongly interacting systems; entanglement dynamics in hybrid unitary-measurement evolution; disordered phases of matter.

I am a theoreist. I aspire to learn more about the behavior of subatomic particles at ultra-low temperatures to explain the phenomena of superconductivity, phase transitions and magnetization.

I am a theorist interested in Theoretical condensed matter physics, including disordered systems and strong correlated many-body systems

I am an experimentalist. I’m interested in designing and building atom interferometers as tools for domains beyond atomic physics.

I am an experimentalist. I am interested in investigating novel states of quantum matter through cold-atom trapping techniques and optical lattice phenomena.

I am a theorist. I aim for deeper insight into quantum phase translations in AMO physics.

. I am a theorist who is interested in cold atom physics.

I am an experimentalist. My research interests includes universality and beyond universality in loosely bound few body states and their implications on fundamental few- and many-body physics.

Understanding interacting quantum matter, especially in ultracold systems. New analytic and computational tools. I am a theorist.

Our research interests are in the scientific interface between atomic, molecular and optical physics, condensed matter physics and quantum information science. Specifically, on ways of developing new techniques for controlling quantum systems and then using them in various applications ranging from quantum simulations/information to time and frequency standards. We want to engineer fully controllable quantum systems capable to mimic desired real materials as well as to develop advanced and novel measurement techniques capable of probing atomic quantum systems at the fundamental level. I am a theorist.

I am an experimentalist. My group is working with ultracold atoms in optical lattices to perform analog quantum simulations of many-body systems in and
out-of-equilibrium. In particular, we are interested in developing new experimental techniques to study topological lattice models and dynamical gauge fields.

My research is at the intersection of quantum optics, atomic physics and open quantum systems. In particular, a significant part of it focuses on emergent phenomena that arises from photon-mediated atomic interactions. I am a theorist.

I am an experimentalist. My work focus on quantum simulations with ultracold atoms in optical lattices. In my research team, we explore novel many-body quantum phases, develop new detection methods for quantum many-body systems as well as novel light-matter interfaces for quantum information purposes.

I am an experimentalist. Our group studies many-body physics using ensemble of cold atoms where we control the interactions between them. These synthetic quantum systems allow us to explore open questions in quantum magnetism, the interplay between topology and interactions and quantum optics problems where the interacting atoms form a non-linear medium.

Ultra-cold atoms, Bose-Einstein Condensation; Precision metrology in service to fundamental physics. I am an experimentalist.

I am an experimentalist. In our research we use ultracold atoms to synthetically create and study key models of quantum many-body physics.

Gorshkov group is a theoretical research group working at the interface of quantum optics, atomic and molecular physics, condensed matter physics, and quantum information science. I am a theorist.

Statistical physics of many sorts. I am a theorist.

Quantum control of acoustical systems. Quantum transduction between electrical and optical domains. Analog quantum integrated circuits. I am an experimentalist.

I am an experimentalist. I pursue new approaches to create and gain quantum control of ultracold molecules for studies of chemical reactions, quantum information processing, and quantum many-body physics. 

I am an experimentalist. We perform experiments on laser-cooled strontium and rubidium atoms in optical cavities for creating highly entangled states, ultra stable superradiant lasers, and interacting quantum many-body systems.