Events

Sasha Ivlev, TU Delft, Netherlands
As quantum information processing progresses towards fault tolerance, the ability to increase the qubit count while ensuring sufficient connectivity and fidelity has become ever more crucial. more

Laura Pecorari ISIS Strasbourg, France
Quantum computing necessitates quantum error correction (QEC) to protect information and enable the execution of practically relevant, deep quantum algorithms. more

Josiah Sinclair, University of Wisconsin-Madison, USA
The central challenge to harnessing large-scale quantum entanglement is its fragility to errors.  more

Matthew Chia, Cambridge University, UK
Vortices in single-component Bose gases are a well-studied system. more

Mu Qiao, Institut d’Optique Paris, France
Quantum simulation has achieved remarkable control, yet it is still governed by a platform--model division. more

Nehal Mittal, Collège de France Paris, France
Symmetry is a central organising principle of modern physics, shaping the laws of nature through invariance structures that constrain dynamics, enforce conservation laws, and unify interactions from classical mechanics to quantum field theory. more

Prof.Janne Ruostekoski, Lancaster University, UK
Atomic planar arrays offer a novel emerging quantum-optical many-body system in which light mediates strong interactions between the atoms. more