Macroscopic Quantum Optics (MQO)
We use experimental quantum optics methods in discrete and continuous variables to study quantum phenomena in large-scale and complex systems.
Quantum Correlated Light and Matter | November 3-5, 2025
The workshop brings together leading experimental and theoretical research groups studying quantum phenomena in excitons, phonons, and magnons coupled to light, quantum states in Moiré materials, and light-induced strongly-correlated states in condensed matter and ultracold atomic arrays.
When
–
Where
Aalto University's Dipoli and Marsio buildings
Event language(s)
English
Organizers | Anton V. Zasedatelev of Aalto University's Department of Applied Physics and Florian Dirnberger of
The three-day workshop brings together leading experimental and theoretical research groups studying quantum phenomena in excitons, phonons, and magnons coupled to light, quantum states in Moiré materials, and light-induced strongly-correlated states in condensed matter.
Workshop topics include:
- Exciton-, phonon- and magnon-polaritons
- Quantum coherence and correlations
- Quantum optomechanics with excitons
- Solid-State Quantum Optics
- Moiré materials
- Nonequilibrium Bose-Einstein condensation
- Magnonics and Quantum Magnetism
- Driving correlated phases with light
The Quantum Correlated Light and Matter workshop takes place over three full days at Aalto University's iconic Dipoli building and the brand-new Marsio building, located on the Otaniemi campus in Espoo, Finland.
Confirmed invited speakers:
- Javier Aizpurua
- Jonathan Finley
- Christian Flindt
- Pertti Hakonen
- Hans Hübl
- Alexander Kuznetsov
- José Lado
- Peter Liljeroth
- Kimmo Luoma
- Andreas Norrman
- Jukka Pekola
- Christian Pfleiderer
- Christian Riedel
- Lee Rozema
- Christian Schneider
- Luca Sortino
- Zhipei Sun
- Päivi Törmä
more to be announced
Sign up by clicking here: [LINK ADDED LATER]
The workshop is supported by the Aalto-TUM partnership program, the Finnish quantum institute and
Florian Dirnberger's group investigates the physics of excitons in correlated quantum materials. At the center of their efforts are two-dimensional magnetic materials.
InstituteQ coordinates quantum research, education, and business in Finland