3rd Quantum Optics and Nanophotonics Winter School

15 - 16 January 2025 - University of Sheffield, UK

At the end of the Winter School 2024

First day of Winter School 2025

This 2-day Winter School is organised by the Quantum Physics and Technology Group in the Department of Physics & Astronomy and Sheffield Quantum Centre at the University of Sheffield.
The Winter School will focus on generation, control and detection of quantum light; novel materials for (quantum) nanophotonics; strong light-matter interaction; spins and spin-photon interface in semiconductor quantum dots and solid state defects and other related topics.
The school will consist of lectures by leading researchers, industry talks and poster sessions by the school attendees - see details in the Programme.
The school is open for all researchers from a PhD student level.

Alberto Amo (Lille, France) "Driven-dissipative phenomena in polariton lattices "
Mauro Brotons i Gisbert (Heriot Watt, UK) “Optical spectroscopy of intralayer and interlayer excitons in transition-metal dichalcogenide multilayers”
Rupert Oulton (Imperial, UK) “Controlling linear and nonlinear light matter interactions in compact photonic structures"
Tina Müller (Toshiba, UK) "A spin-photon interface for telecom quantum networks "
Tiff Brydges (Geneva, Switzerland) "Integrated Micro-Ring Resonators and their uses in Quantum Networks"
Elizaveta Semenova (Technical University of Denmark) “Engineering Scalable Quantum Light Sources for Telecom Applications”
Isaac Luxmoore (Exeter, UK) “Quantum sensing with spin defects in 2D materials”
Cristian Bonato (Heriot Watt, UK) "Bridging quantum technology, photonics and power electronics with silicon carbide devices"
Krishna C. Balram (Bristol, UK) "Towards efficient acoustic interfaces to integrated photonics platforms: light, sound and spins"
Thomas Hümmer (Qlibri, Germany) "Cold micro-cavity platform for Quantum optics and Nanophotonics with solid state materials"
Pieter Kok (Aegiq/University of Sheffield) “Linear Optical Quantum Computing with Deterministic Photon Sources at Aegiq"

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