Tentative Schedule


Tentative Schedule


Speakers
Michal Mazur
Michal Mazur, Assistant Professor at Charles University, specializes in material synthesis and characterization, focusing on two-dimensional zeolites and metal nanoparticles. His work centers on advanced electron microscopy and diffraction techniques.


More speakers will be announced soon...
Michael Londesborough
Michael Londesborough is a chemist and science communicator known for his research on boron chemistry and its applications in materials and energy. Passionate about making science accessible, he actively engages in public outreach, inspiring audiences through lectures, media appearances, and educational initiatives.


Paul Arthur Diddams
Paul Arthur Diddams completed his PhD in Physical Chemistry at the University of Cambridge in 1985. During his career he worked as R&D specialist, consultant or manager for many companies incl. Johnson Matthey, Total, BP, Intercat Inc., and Grace. His last position in industry was Technology Director of Oil and Gas at Johnson Matthey. Paul is top-tier industrial specialist in application of zeolites, with focus on Fluid Catalytic Cracking (FCC) units. He was senior refining consultant for the FCC units all over the World. In January, 2023 Paul became our colleague at the Faculty of Science focusing on design and optimization of catalysts and evaluation of catalytic data in the group of Heterogeneous Catalysis and Advanced Materials.


Michael Londesborough
Michael Londesborough is a chemist and science communicator known for his research on boron chemistry and its applications in materials and energy. Passionate about making science accessible, he actively engages in public outreach, inspiring audiences through lectures, media appearances, and educational initiatives.




Jean-Marie Lehn
Prof. Jean-Marie Lehn, Nobel Laureate in Chemistry (1987), is a pioneer in supramolecular chemistry. His groundbreaking work on molecular recognition and self-organization has revolutionized the understanding of chemical interactions, with wide-ranging applications in materials science, nanotechnology, and medicine.