Novinky oddělení

Microphotonics

We developed a novel method for characterization of non=linearly squeezed states of the optically levitated nanoparticle based on the description of such a state by the Fermat's spiral. continue
19.9.2025 - Levitational Photonics
A significant scientific article titled “Innovative microstructuring with atmospheric pressure plasma jet: Novel and sustainable processing of optical surfaces” was recently published in the journal Micro and Nano Engineering. As part of a collaboration with an international partner, two of our colleagues contributed to the research: Dr. Mojmír Šerý, head of the Applied and Integrated Photonics research group at the Microphotonics Department and his PhD student Ing. Lukáš Šilhan. continue
11.8.2025 - Applied and Integrated Photonics
In our recent article “Nanomechanical state amplifier based on optical inverted pendulum” (Communications Physics, 2025), we present an experimentally verified protocol for the linear amplification of a nanomechanical state achieved by rapid switching between a parabolic and an inverted parabolic potential. continue
3.7.2025 - Levitational Photonics
The Department of Microphotonics, Institute of Photonics of the CAS cordially invites you to a lecture by Dr. Alejandro Vasquez Arzola on “Trapping in Evanescent Fields with Angular Momentum” on May 20, 2025, at 10:00 a.m. in the lecture hall of the Institute of Photonics of the CAS continue
19.5.2025 - Levitational Photonics
A new special issue of Neurophotonics, entitled Complex Media in Neurophotonics, has just been published by guest editors Hana Uhlířová, Tomáš Čižmár, André Gomes and Janelle Pakan. continue
30.10.2024 - Complex Photonics
The Levitation Photonics research team led by Ota Brzobohatý from the Institute of Physics of the CAS has prepared a universal tool that allows to dynamically change the nature of light interaction between nanoparticles and to observe the so-called nonlinear behaviour of an open (non-Hermitian) system. continue
5.8.2024 - Levitational Photonics
The team of Levitational photonics developed a new method for quantification of experimental parameters stochastic inertial systems (such as quantum opto-mechanical systems) using the short record of their noisy trajectories. continue
22.6.2023 - Levitational Photonics
The Complex Media NeuroPhotonics workshop will take place in Brno between 23rd and 27th October 2022. continue
29.9.2022 - Complex Photonics
about the research of an international team, which includes scientists from the ISI CAS. continue
29.8.2022 - Levitational Photonics
A paper SHG imaging through a multimode fiber by the Complex Photonics group was published in Optica. continue
23.8.2021 - Complex Photonics

Pages