Discover how the game of chess is inspiring breakthrough research on quasicrystals, which could yield exciting applications.
, a senior lecturer at the University of Bristol. We explore the potential of quasicrystals in solving real-world problems inspired by chess moves.Dr. Felix Flicker is a theoretical physicist and Senior Lecturer in Physics at the University of Bristol. His research concerns the quantum underpinnings of matter. He is the author ofHis and his team’s work combines the movement of chess pieces with the study of quasicrystals.
Due to the quasicrystals’ structure, these filters would have a high surface area, allowing them to capture more CO2 molecules. Dr. Flicker points out, “Catalysis is the process of finding some route to reacting things that require less energy than would otherwise be required. A typical way this happens is to absorb molecules onto a surface, where they bond together on the surface and then come off again.”
Faster scanning means more data in less time, which is crucial for advancing research in materials science.Despite these promising applications, there are challenges to overcome. Quasicrystals are rare and can be difficult to produce. Most known natural quasicrystals have been found in a single meteorite in Siberia, while others were created accidentally during extreme conditions, such as the first atomic bomb test in 1945.
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