Our new work in Laser & Photonics Reviews: an all-fiber microsensor measures light polarization at the single-photon level using deep learning. Compact, stable, real-time, and quantum-sensitive. #Wileydoi.org/10.1002/lpor.2…@OpticsOlomouc@TweetMartas
Our paper "Measurement-device agnostic quantum tomography" was published in Quantum Science and Technology and introduces a new method for self-calibrating the preparation and measurement of quantum states doi.org/10.1088/2058-9…@QuantSciTech@TweetMartas@OpticsOlomouc
Buňky ve vysokém rozlišení
Nově vyvíjená technologie vědců z @prfupol umožní analyzovat buňky bez použití barvicích látek a získávat v reálném čase nanometrově přesné informace o tloušťce a indexu lomu subcelulárních struktur.
Více v článku 👇 zurnal.upol.cz/nc/zprava/clan…
My talk on device-agnostic super-resolving imaging from stars to molecules. The project of our great team @DVasinka , Filip Juráň, Jaromír Běhal, and with additional molecular data by @DostalovaAnezka and Robert Starek. #MLQP#Obergurgl@tu_wien@OpticsOlomouc
3rd Machine Learning and Quantum Physics Workshop started with a talk on representation learning in physics by Gorka Muñoz-Gil #MLQP#Obergurgl@tu_wien@OpticsOlomouc
Session on Specialty Fibers for Quantum Applications at WSOF Prague 2025: great event, thanks for invitation! Presented polarization sensing using intermodal interference in few-mode fibers at single-photon levels.
SPIE OOE 2025 Prague: Photon Counting and Quantum Optics - great oportunity to present our recent results on linearity and scalability of photon counting #SPIE@OpticsOlomouc
We’ve introduced a device-agnostic AI for super-resolution imaging—no calibration required! From molecules to galaxies, our DAMN model reconstructs ultra-high-resolution images. Smarter, faster, & universally adaptable! Read more: arxiv.org/abs/2502.18637#AI#SuperResolution