Alvaro Alhambra (MPQ)I will describe some upcoming results (mostly numerical, with ED) on the relaxation timescales of many-body systems

Jiri Guth-Jarkovsky (MPQ):QSVT is a framework for constructing quantum circuits

Miguel Bello (MPQ):Hamiltonians that contain products of more than two operators give rise to nonlinear equations of motions.

The Maximilians Medal for Sciences and Arts is the highest distinction in Bavaria for outstanding contributions in these two disciplines. Immanuel Bloch receives the medal for his pioneering works in quantum physics with which he has […]

Patrick Emonts (MPQ)Monte Carlo sampling is commonly used in machine learning, for example to sample restricted Boltzmann machines.

Ignacio Cirac (MPQ)

Georgios Styliaris (MPQ):The Su-Schrieffer-Heeger (SSH) Hamiltonian is perhaps the most basic model encompassing the key concepts of a topological insulator.

Adrián Franco Rubio (MPQ):As one progresses in the study of theoretical physics, the concept of chirality shows up in a variety of different places, with the adjective “chiral” being attached to different entities in different […]

Pavel Kos (MPQ):We study thermalisation and spectral properties of extended systems connected, through theirboundaries, to a thermalising Markovian bath.

Alba Cervera Lierta and Mario Krenn:Logic artificial intelligence (AI) is a subfield of AI where variables can take two defined arguments, True or False, and are arranged in clauses that follow the rules of formal […]

Anna Dawid-Łękowska (ICFO and University of Warsaw):Identifying phase transitions is one of the key problems in quantummany-body physics.

Matteo Lostaglio (University of Amsterdam)How do we simulate a quantum computation when we (a) don’t have access to a quantum computer (b) have access to a noisy quantum computer (c) have access to a small […]

Zhi-Yuan Wei (MPQ):We study the adiabatic preparation of various paradigm states in SPT phases using the algorithm in Ref. [1].

Benjamin Schiffer (MPQ):In this informal talk, I will introduce the main concepts of quantum Fisher information.

Robert Jonsson (MPQ)Having been invited to give this talk at short notice, I am taking the liberty to present a topic a little bit off from the most beaten paths to you.

Sophia Economou and her student, Bikun LiPhotonic graph states are of interest in quantum communication networks and photonic quantum computing.

Rahul Trivedi (MPQ):For a continuous time model of spins on d-dimensional lattices with local interaction interrupted by entanglement breaking noise occurring as per poissonian process, I will show that a classical polynomial time algorithm can […]

With the help of high-resolution microscopy, scientists at MPQ successfully observed the transformation of a metal of magnetic polarons into a normal Fermi liquid. Furthermore, the team was able to measure novel correlations that could […]

Markus Schröfl & Tobi Haas (Heidelberg University)Entropic uncertainty is a well-known concept to formulate uncertainty relations for continuous variable quantum systems with finitely many degrees of freedom.

Hsin-Yuan (Robert) Huang (Caltech)Classical machine learning (ML) provides a potentially powerful approach to solving challenging quantum many-body problems in physics and chemistry.

Monika Aidelsburger, Professorin für künstliche Quantenmaterie an der LMU München, gewinnt den Alfried Krupp-Förderpreis. Das Preisgeld ist auf eine Millionen Euro dotiert und soll den Preisträgern so möglichst viel Freiheit beim Forschen ermöglichen.

Flavio Baccari (MPQ)Quantum computing and quantum simulation experiments are reaching a regime where no classical simulation of their output is achievable.

Albert Gasull (MPQ):This week an interesting workshop on entanglement in QFT (and more generally) is happening in Heidelberg and online.