
Events
Our group holds regular meetings and events covering a wide range of topics in modern quantum sciences. This includes both fundamental, mathematical, and practical aspects.
These meetings and events offer a point of contact for everyone devoted to quantum research, and the participation of early career researchers is particularly encouraged.
Seminars

What is Nonclassical about Quantum Interference?
In this talk, Matthew Leifer described an unmysterious toy-model for a Mach-Zehnder interferometer that can reproduce those aspects of quantum interference that have been Traditionally Regarded As Problematic (TRAP). Moving beyond the TRAP, Matt showed that more subtle aspects of quantum interference, such as wave particle duality relations and Zeno-based interaction-free measurement, cannot be reproduced in this way, as they require a form of nonclassicality called contextuality.

Coupling single electrons spins to a superconducting flux qubit
In this talk, Michael presented recent experiments where his team managed to strongly couple individual spins to a superconducting circuit.

A new 2D platform for quantum technology: A quantum coherent spin in hexagonal boron nitride that operates at ambient conditions
In this talk Hannah Stern presented recent results that reveal a new material platform for quantum optical technologies. This platform consists of a single electronic spin, embedded in a two-dimensional material that can be operated via light at room temperature.