The seminar provides an introduction to quantum optics and photonics. We will focus on landmark experiments that shaped our understanding of the quantum nature of light and its interaction with matter. The topics build on one another, highlighting how experimental capabilities enabled new physics. Beginning with the foundations of photon statistics and coherence, the seminar progresses through single-photon generation, light–matter coupling, entanglement, and nonclassical states of light, and explore how these concepts are implemented in modern platforms. Each topic is anchored by key papers that exemplify both conceptual insight and experimental technique. Participants should be familiar with quantum mechanics, atomic physics, optics, and electrodynamics.
The first talks will take place on Monday, May 4th 2026, at 14:15 o'clock in Seminar room 03.404 (KIP, INF 227). For more dates, see the calendar (right) or table (below).
To complete the seminar:
- students prepare slides and present talk (approx. 30 minutes) emphasising the physical ideas behind their topic, experimental design, and interpretation of results
- complete discussion round after talk
- actively participate in all presentations and discussions
- submit 2-page summary about their topic by the end of the seminar
Topics :
- What is “Quantum” about Light?
- Measuring Single Photons
- Light–Matter Interaction
- Nonlinear Quantum Optics
- Entanglement
- Quantum States of Light
- Quantum Information with Photons
- Integrated & Solid-State Platforms
- Computational Experiments
- Cavity Optomechanics, Bose-Einstein condensates of photons
- Photonic Quantum Simulators
Learning goals:
- understanding and explaining key concepts of quantum optics and photonics, including theoretical models and experiments
- critical reading of research literature and placing modern quantum science experiments in their conceptual context
- developing presentation skills and communication of advanced topics through presentations and scholarly discussion
Navigation
