A joint work by Czech, Spanish and Swiss scientists published by Nature Nanotechnology this week, introduces a new approach to the development of non-metallic conductors which could be used in solar energy, optical technologies or nanoelectronics.
New technology, developed by a team of researchers led by Hana Lísalová from the Department of Optical and Biophysical Systems, could enable to detect SARS-COV-2 viral particles directly.
Researchers from FZU in collaboration with American and German colleagues succeeded in developing new material for a mobile network of the 5th generation.
A research team led by Stanislav Kamba from the Institute of Physics of the Czech Academy of Sciences, in collaboration with foreign colleagues, succeeded in developing new material with the required properties.
A new diamond-titanium nanocomposite may help decompose dangerous chemical warfare agents such as Soman in much more effective manner. It was developed in cooperation of scientists from the Czech Academy of Sciences including the FZU, Czech Technical University, Military Resarch Institute and Uppsala University.
Recently scientists all over the world have been examining components of ever smaller, virtually molecular dimensions. An international team from the Institute of Physics of the Czech Academy of Sciences and the Tokyo Institute of Technology has developed a new method which will contribute to the miniaturization of electric circuits in electronics. They have published their discovery in the prestigious scientific journal Chemical Science.
Since 2018 the Day of Light has been celebrated across all continents as well as in the Czech Republic. At this occasion, ELI Beamlines and HiLASE laser centres hosted a special Open Doors Day. The unique atmosphere of the event was enhanced by special illumination and light projections after the sunset.
The Talent Academy for the third time offered an opportunity for secondary schools students to try what it is like to work as researchers at professional laboratories.
Authors extended the application of the method further to the fields where the knowledge of the so-called absolute configuration of molecules is indispensable, such as pharmaceutical research or molecular biology. The new method will be used in laboratories and the development of drugs will become faster, simpler and more effective.
