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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, Czech Technical University, Military Resarch Institute and Uppsala University.

The first month of autumn at the Institute of Physics of the Czech Academy of Sciences will be marked with a sequence of events intended for general public. Apart from the annual events such as the Science Festival or Researchers‘ Night, the Institute of Physics will participate in a neighbourhood fest entitled Different City Experience. All events will be free of charge, for information about the programme and how to sign up please continue reading.

On 14 August 2019 the foundation stone of a new building of a top-class centre in the area of solid state physics has been laid in the presence of significant personalities of Czech science and politics. The new centre will facilitate new knowledge acquisition which will contribute not only to understanding the essence of processes in modern materials and nanostructures, but it will also be applicable to the development of new materials, components and applications. The impact of the project can be expected in various areas of technology, power engineering and medicine.

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.

The world‘s leading physicists took part in a discussion at a conference organized by the Institute of Physics of the Czech Academy of Sciences entitled Frontiers of Quantum and Mesoscopic Thermodynamics between July 15 and July 20. The participants also included five Nobel Prize winners: Theodor Hänsch, Gerard't Hooft, Wolfgang Ketterle, William Phillips and Rainer Weiss. Three of them gave, apart from their expert talks, popular lectures that were open to the public.

Four outstanding persons in science have been awarded (link is external) Honorary Medals of the Czech Academy of Sciences. Vladimír Nekvasil from the Institute of Physics of the Czech Academy of Sciences has received a “De scientia et humanitate optime meritis” Medal, a significant award for merit in science and dissemination of humanist ideas. Nekvasil significantly contributed to knowledge in the area of solid states physics and supported conceptual and organized development of science in the Czech Republic after the Velvet Revolution.

On July 1st 2019, 36 research institutions from nine countries officially signed the agreement for the creation of a new international R&D collaboration for a future wide field-of-view gamma ray observatory in the southern hemisphere. The founding countries of the newly created Southern Wide field-of-view Gamma-ray Observatory (SWGO) are Argentina, Brazil, Czech Republic, Germany, Italy, Mexico, Portugal, the United Kingdom and the United States of America, creating a world-wide community around the project. SWGO unifies different communities that were already involved in R&D in this field. The signature of the agreement comes after a successful meeting of the scientists from the different countries, held in Lisbon in May.

The Institute of Physics (FZU) was the biggest exhibitor...

On the 16th of May 2019 an event to celebrate the International Day of Light took place at the Institute of Physics of the Czech Academy of Sciences. The event was aimed at raising awareness among general public about the importance of light for science, culture, art, education and other areas. For this day, HiLASE and ELI Beamlines laser centres of the Institute of Physics had organized an Open Doors Day.

Scientists from the Institute of Physics of the Czech Academy of Sciences, University of Chemical Technology and Zentiva published an article on new ways of exploitation of electron diffraction on nanocrystalline materials. The new method is faster and more accurate in determining the absolute configuration of organic molecules including those used in pharmaceuticals, and will significantly influence the process of development of new drugs: it will be cheaper and more effective.

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