Next seminars

No seminars
Show rest

[Abstract, more info]


20-22.02.2024 - Workshop on Quantum Simulators of the Future: From Dynamical Gauge Fields to Lattice Gauge Theories | (smr 3922)

An ICTP Meeting This Workshop will gather world-leading groups that design, realize, and characterize a new generation of simulators with ultracold atoms and beyond. It will address novel quantum simulators of statistical gauge fields, dynamical lattices, and lattice gauge theory models (LGT), as well as connections to quantum computing and tensor network methods.

06-08.09.2023 - Time Crystals Conference

More details on conference website.

27.06-2.07.2022 - 6th Workshop on Algebraic Designs, Hadamard Matrices & Quanta

More details on conference website.

05-11.09.2021 - Quantum Optics X

More details on conference website.

Research on Time Crystals

Mutual interactions between atoms are responsible for self-organization of atoms and formation of space crystals. In 2012 Frank Wilczek posed a question if a similar phenomenon can occur in the time domain. In other words, if a quantum many-body system can self-organize in time and spontaneously start periodic motion. The original Wilczek's idea turned out to be impossible to realize, however, it became an inspiration to scientists and a novel research area was initiated.

We got interested in the time crystals shortly after the publication of Wilczek's seminal paper and we proposed realization of a discrete time crystal in a closed periodically driven atomic system. Later similar phenomena were rediscovered in condensed matter systems. Apart from the research of spontaneous formation of crystalline structures in time, we are interested in various condensed matter phases in the time domain. It turns out that Anderson and many-body localization and topological phases can be realized in the time dimension. For more information see the monograph Time Crystals

Time lattice (left) created by ultra-cold atoms bouncing between two oscillating atom mirrors (right).

Other Activities:

We also do theoretical research on ultra-cold atomic gases. Our interests concern: collective excitation in atomic gases (such as solitons and vortices), ultra-cold gases in optical lattice potentials, disordered systems, topological systems and analysis of a measurement problem in quantum many body systems.