AMOLF Colloquium: Light–Matter Interactions in Quantum Systems
In short
In this colloquium, Prof. Maya Kline will discuss the fundamental mechanisms that govern light–matter interactions in quantum systems, and how these interactions can be harnessed for next-generation quantum technologies.
About the event
The goal of this symposium is to bring together researchers from across the Netherlands who share an interest in organoid technology and biology – focusing on adult tissue organoids, while also covering embryonic stages such as blastuloids and gastruloids.
Our talks and poster sessions provide a platform for both established and junior scientists to share their latest work. OrganoidNL aims to strengthen ties and promote new collaborations and knowledge exchange and to further strengthen the Netherlands’ position in this rapidly expanding field.
Light–matter interactions lie at the core of quantum science, particularly in systems where dissipation, coherence, and strong coupling lead to unconventional physical responses. This colloquium will cover experimental and theoretical advances that enable precise control of these processes.
Topics include:
- Tailoring quantum materials for strong photon–matter coupling
- Engineering coherent states in hybrid quantum systems
- Manipulating nonlinear optical responses at the nanoscale
- New opportunities for quantum information transfer and sensing
The presentation will also look ahead to future applications, from quantum-enhanced photonic devices to materials with programmable optical properties.
AMOLF Colloquium: Light–Matter Interactions in Quantum Systems Complete
In short In this colloquium, Prof. Maya Kline will discuss the fundamental mechanisms that govern light–matter interactions in quantum systems, and how these interactions can be harnessed for next-generation quantum technologies.
AMOLF Colloquium: Light–Matter Interactions in Quantum Systems Complete
In short In this colloquium, Prof. Maya Kline will discuss the fundamental mechanisms that govern light–matter interactions in quantum systems, and how these interactions can be harnessed for next-generation quantum technologies.