Research

ESLAV–ECLAM Summer School 2026 Held at IPHYS

From 20–23 July 2026, the Institute of Physiology CAS in Prague hosted the international ESLAV–ECLAM Summer School on Anaesthesia, Analgesia, and Euthanasia in Laboratory Animals. continue
Research

Two Contributions by Ondřej Ambrož Named Finalists in the Prestigious Microscopy Today Micrograph Awards 2026

Ondřej Ambrož, a scientist from the Microscopy for Materials Science research group, Department of Electron Microscopy at ISI CAS, has succeeded with not one but two contributions in the international Microscopy Today Micrograph Awards 2026 competition. continue
Research

Lecture Control of optical traps using the helicity and angular momentum of optical beams

We invite you to a lecture by Prof. Gabriel Molina-Terriza from the Material Physics Center (Donostia–San Sebastián, Spain), who will present his current research on optical traps and light manipulation. He will focus on the use of vortex beams and their properties for trapping particles. The event will take place on May 5, 2026, in the ISI CAS lecture hall, as part of the OP JAK – Top-Level Research project. continue
Research

Success of a Scientist from IPM CAS: Microscopic Image by Ondřej Ambrož Selected by a Global Instrument Manufacturer

One of the microscopic images taken by a young scientist from ISI CAS was selected by Buehler, a leading global manufacturer of metallographic equipment, for inclusion in the company’s corporate calendar (August 2026) as well as in its official product catalogue. continue
AV21

COURSE: ADVANCED MICROSCOPIC AND SPECTROSCOPIC TECHNIQUES

From December 2–4, 2025, the Institute of Scientific Instruments of the Czech Academy of Sciences (ISI CAS) will host a three-day hands-on course focused on advanced microscopic and spectroscopic techniques. Come and expand your knowledge and skills in the field of imaging methods! continue
Research

Spirals in the microworld

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

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