Moderator
Adrianna Calińska-Czaniecka - a journalist, speech therapist, and voice and speech coach. She has been working with Radio Nowy Świat since its inception. She is a news presenter, an author, and the host of a progressive rock music programme. She collaborates with Collegium Civitas, where she teaches public speaking, voice emission, and text interpretation. Previously, she worked at Polish Radio, among other places.
Experts
Dr Stefan Szyniszewski - specialises in materials engineering. He earned his PhD from the University of Florida and completed a postdoctoral fellowship at Johns Hopkins University. He has worked on designing components for nuclear power plants (Bechtel Power in the USA) and conducted full-scale experiments on structural impacts (at Kanazawa University in Japan). He is currently a lecturer at Durham University, where he continues his research on advanced materials.
He focuses on developing innovative hierarchical structures with unique properties. One of his most notable achievements is the creation of the bio-inspired material Proteus, which is resistant to cutting. He is also working on carbon composites, increasing their ability to dampen vibrations and noise.
Dr Eng. Jan Wróbel - a lecturer at the Faculty of Materials Science and Engineering at Warsaw University of Technology. He specialises in the design of materials for extreme conditions, such as fusion reactors.
He earned his PhD degree from the Faculty of Materials Science and Engineering at the Warsaw University of Technology. He then spent 2.5 years as a postdoctoral researcher in the group of Professor Sergei Dudarev at the Culham Centre for Fusion Energy (CCFE) in the UK. After returning to Poland, he led two national projects funded by the Foundation for Polish Science and the Polish National Science Centre, as well as a European project at the Warsaw University of Technology related to high-entropy alloys. Since 2017, he has served as a task leader in the European EUROfusion project, focusing on the development of technologies related to fusion reactors.
His research relies on methods that enable atomic-scale simulations without the need for experimental data, which is especially useful in studying multicomponent alloys. He has authored 50 publications and co-authored an article in Science Advances. In 2023, he received his habilitation in materials engineering.