The Quantum Correlated Light and Matter conference brings together leading experimental and theoretical research groups studying light-induced quantum states, non-classical light generation, and correlated light-matter phases across solid-state and molecular platforms to exchange ideas and identify new opportunities for collaboration.
Time: November 3-6, 2026
Place: Dipoli building, Otakaari 24, 02150 Espoo
The conference will span four days, featuring a mix of invited talks, poster sessions and time for discussions to foster deep scientific exchange and identify mutual interests for collaborations. The conference topics include Microscopic and macroscopic quantum states of light and matter, Quantum optics in solid-state and 2D materials, exciton-, phonon-, and magnon-polaritons, quantum coherence and correlations, driving correlated phases with light, and quantum optics with superconducting circuits.
As last year, most of the talks will be livestreamed and can be watched remotely at our YouTube channel ↗.
The program will span across both theory and experiment of correlated quantum light and matter systems, representing key topics, including:
• Microscopic and macroscopic quantum states of light and matter
• Quantum optics in solid state and 2D materials
• Exciton-, phonon- and magnon-polaritons
• Quantum coherence and correlations
• Driving correlated phases with light
• Quantum optics with superconducting circuits
The event will feature more than 30 invited talks, poster sessions, and extensive time for open discussions and informal scientific exchange in highly interactive settings.