Conferences (co)-organised by the unit

QRF 2025
Quantum Reference Frames: 2025
Image for the QRF 2025 conference

Monday October 13th, 2025 to Friday October 17th, 2025 (All day)

This workshop will bring together leading experts on quantum reference frames and the many related subjects in the first focused event in the new era of quantum frame covariance. Owing to their diverse range of applicability, a number of approaches to quantum reference frames have emerged. Our aim is to bring representatives from these approaches, as well as from different disciplines in which quantum frames appear, together to discuss and foster building an emergent community. The event will include contributed talks, discussions, a poster session, and some social activity.

 

Registration deadline: July 2nd 2025.

 

Past conferences:

From Quantum Materials to Quantum Information

 

Quantum Extreme Universe: Matter, Information, and Gravity

Quantum Extreme Universe: Matter, Information, and Gravity

Oct 21-25, 2024

Co-organised with the “Extreme Universe (ExU)” consortium 

Theoretical physics is often divided into different fields such as particle physics, condensed matter theory, and gravity, depending on the length scale of the logical targets. However, by introducing ideas from quantum information science into the physics of quantum many-body systems, and via their deep connections to quantum gravity, it is becoming clear that what underlies many of these theories is actually the same. This workshop aims to explore the quantum information theoretic connections between these various fields. In particular, we will focus on connections among quantum information, quantum gravity, and both theoretical and experimental quantum matter.

 

Informational Architecture of Spacetime

Informational Architecture of Spacetime Workshop

May 30 - June 3, 2022

The Informational Architecture of Spacetime Workshop brings together leading experts at the interface of quantum gravity, quantum information theory, quantum many-body physics and quantum foundations to discuss contemporary research on understanding spacetime from an informational perspective.