On 9-10 June, the 2nd Science for Society Congress was held at the Warsaw University of Technology under the motto ‘This is how science in Poland affects everyone's life’. During the Congress, representatives of the National Centre for Nuclear Research presented, among other things, one of the Institute's latest innovations - the AQURE FLASH (RT) accelerator with ultra-high dose power.

Polish institutions are able to train scientists of the highest competence, but also to produce research infrastructure of the highest level. This is evidenced by our participation in building the capacity of the CERN European Laboratory for Particle Physics. This is why it is extremely important that the manufacture and maintenance of scientific apparatus always finds appropriate support in Poland.

When we look at the night sky, we cannot free ourselves from questions. We wonder if it is possible to count the stars. We imagine how great a distance separates us from them. When we realize what a light year actually is, we are surprised to discover that we are actually looking into the further or closer past. Scientists from the National Center for Nuclear Research experience a similar fascination, looking for answers to these and other questions about how the Universe looks and works. In the coming years, this search will be able to be more effective thanks to the project „ Barely visible: low surface brightness galaxies in the LSST era” under the supervision of Prof. dr hab. Agnieszka Pollo financed by the National Science Center under the MAESTRO program.

The materials to be used in future fusion reactors and power plants must exhibit extraordinary resistance, so new candidates are constantly being sought for this purpose. Dr. inż. Damian Kalita from the NOMATEN Center of Excellence received funding under the SONATA programme of the National Science Center for the project „Concentrated solid solution alloys (CSAs) – a new insight into the development of radiation-resistant alloys for nuclear fusion applications”.

Dr William James Pearson will investigate how we can more reliably identify galaxy mergers using their morphologies and how mergers influence their dust content, dust attenuation, and metallicity. This will be done by combining artificial intelligence (AI) with more traditional methods to detect galaxy mergers as well as use state of the art. observations and techniques to study the galaxies’ dust and metal. Exploration of this fascinating topic will be possible thanks to a grant from the National Science Center under the SONATA programme.

The European Centre for Nuclear Research CERN is celebrating its 70th anniversary this year. As part of its celebrations, the Faculty of Physics of the Warsaw University of Technology, the University of Warsaw, the IFJ of the Polish Academy of Sciences and the NCBJ are jointly organising a multimedia exhibition entitled 'Accelerating Science'. It will be open to the public at the Faculty of Physics, WUT from June 8.