Research

Research

Lecture “Multimodal non-linear imaging for biomedical applications”

On 22.8.2019 Dr.Michael Schmitt, Research Associate Friedrich-Schiller University Jena, gave a public lecture entitled “Multimodal non-linear imaging for biomedical applications” in the lecture hall of Institute of Scientific Instruments of the CAS. The lecture is realized within the project European Structural and Investment Funds Operational Programme Research, Development and Education. continue

High-tech cooling sample holder with integrated detection of electrons and control software for optimization of the thermodynamic conditions in the ESEM specimen chambre

This project combines experimental development and industrial research provided by a two-member consortium – NUM solution s.r.o. and Institute of Scientific Instruments of the CAS, v. v. i. The subject of this project is research and development of control AW for optimization of thermodynamic conditions in the specimen chamber and research and development of a new cooling stage for samples with integrated high-efficiency ionization detector of signal electrons for scanning and environmental scanning electron microscopes.

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Research

Lecture “Adaptive microscopy:Combining wavefront shaping and data processing for better images”

On 22.7.- 23.7.2019 professor Alexander Jesacher from Medical University of Innsbruck - Section for Biomedical Physics gave a public lecture entitled “Adaptive microscopy:Combining wavefront shaping and data processing for better images” in the lecture hall of Institute of Scientific Instruments of the CAS. The lecture is realized within the project European Structural and Investment Funds Operational Programme Research, Development and Education. continue
Research

Lecture “Wavefront control in linear and nonlinear complex media”

On 28.6.2019 professor Rafael Piestun from University of Colorado Boulder, gave a public lecture entitled “Wavefront control in linear and nonlinear complex media” in the lecture hall of Institute of Scientific Instruments of the CAS. The lecture is realized within the project European Structural and Investment Funds Operational Programme Research, Development and Education. continue

Design and manufacturing of advanced diffractive optical elements and their application to the industry

Main aims of submitted project are the following: 1. Realization of reticle using diffractive amplitude or phase element for the visible spectrum range. Design of diffractive structures for one or more specific wavelengths and their fabrication by techniques of electron beam lithography. Optical and structural control of fabricated elements. 2. Development and realization of glass mask substrate for replicated production of reticles with sub-micrometer lateral and height dimensions for technique of optical Nanolmprint lithography.

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