Our recent paper in Nature Communications, From stars to molecules: AI guided device-agnostic super-resolution imaging, introduces a deep-learning approach to super-resolution imaging that can work across very different optical systems without device-specific calibration or retraining. Instead of learning one particular
AI Photonics 2026 conference
All-fiber polarization microsensing at the single-photon level
Expanding our optical toolbox: The supercontinuum picosecond laser
Bringing our research to Day with Quantum at Charles University in Prague
Our Students at the Summer School in Erice, Sicily
Quantum Olomouc – Celebrating a Century of Quantum Mechanics with High School Students
QOLO Continues Conference Participation Across Europe and the USA
Seeing molecules 35 nm apart with a single camera snapshot

Calibration-free single-frame super-resolution fluorescence microscopy: Super-resolution fluorescence microscopy has changed the way we look at life and materials, yet methods such as STORM or PALM still hinge on measuring the point-spread function of each microscope and recording thousands of sparsely










