REGISTER TO THIS EVENT

Chirality plays a key role in modern science and technology, from particle physics to pharmacology. Recently, impressive progress has been made in the theoretical and experimental studies of quantum matter with chiral constituents, from quark-gluon plasma to Dirac and Weyl semimetals. With the recent advent of quantum computing, the studies of real-time quantum phenomena in chiral matter have become accessible.

In this context, the conference aims to bring together scientists interested in various aspects of chiral matter and in applications of quantum computing to the description of real-time phenomena. Topics will cover:

- Real-time chiral response in nuclear and condensed matter physics
- Anomalous transport phenomena in real time
- Quantum computing methods for real-time quantum phenomena
- Quantum simulations on quantum and classical hardware

CONVENORS

• Prof. Dmitri Kharzeev, LE STUDIUM Research Professor
  FROM: Department of Physics and Astronomy, Stony Brook University - USA
  IN RESIDENCE AT: Institut Denis Poisson / CNRS, University of Orléans, University of Tours - FR

• Dr Maxim Chernodub, 
  Institut Denis Poisson / CNRS, University of Orléans, University of Tours - FR

CONFIRMED SPEAKERS

• Michael DeMarco, Massachusetts Institute of Technology - USA
• Adrien Florio, Brookhaven National Laboratory - USA
• Mark Goerbig, Université Paris-Sud - France
• Qiang Li, Brookhaven National Laboratory -  USA
• Alexander Molochkov, Far Eastern Federal University -  Russia
• Antti  Niemi, Stockholm University - Sweden
• Martin Savage, University of Washington - USA
• Shuzhe Shi, Stony Brook University -> Tsinghua University -  China
• Mikhail Stephanov, University of Illinois at Chicago - USA
• Nathan Wiebe, Pacific Northwest National Laboratory and University of Washington - USA