Physics for Future
Department of Physics and Materials Science (DPhyMS) - University of Luxembourg
Physics is our language to understand nature. It goes beyond formulas and allows us to shape the world. Hosted by Hanna Siemaszko, this podcast—brought to you by the Department of Physics and Materials Science (DPhyMS) at the University of Luxembourg—features conversations with some of the brightest minds in physics. You'll hear clear explanations about quantum mechanics, atomic clocks, laser cooling, AI, and data science from experts who know how to make these topics understandable. Originally launched as a lead-up to the Physics for Future conference, this three-episode miniseries makes complex ideas accessible for students and the curious public.
Episodes
Mentioned books
Apr 30, 2025 • 36min
Quantum Computing: The Future of Technology Explained by Prof. Peter Zoller
Professor Peter Zoller, a leading theoretical physicist from the University of Innsbruck, explored the fascinating world of quantum mechanics and its real-world applications. He discussed how quantum computing uses qubits for simultaneous computations, making it far more powerful than classical computers. Zoller also addressed the evolution of quantum technologies over three decades, the significance of quantum simulators in material science, and the collaborative efforts needed to tackle engineering challenges in this cutting-edge field.
Apr 2, 2025 • 32min
From Physics to Computer Science: Symmetry in Neural Networks with Prof. Tess Smidt
In this captivating chat, Professor Tess Smidt, an MIT Assistant Professor with a unique blend of physics and architecture, shares her insights on symmetry in neural networks. She explores how integrating symmetry enhances learning and scientific modeling. The discussion touches on the balance between quantum computing and neural networks, along with the intricacies of AI, machine learning, and deep learning. Tess also looks ahead to future innovations in geometric deep learning, promising groundbreaking applications in areas like self-driving cars and drug design.
Mar 12, 2025 • 38min
The Coolest Stuff in the Universe with Prof. William Phillips
Join Nobel Prize winner Prof. William Phillips, a pioneer in using laser light to cool and trap atoms, as he dives into the fascinating world of physics. He shares insights on nurturing curiosity in young scientists and the playful nature of research. Prof. Phillips also explains the crucial link between temperature and atomic motion, highlighting how ultra-cold atoms improve the accuracy of atomic clocks, crucial for GPS technology. His reflections on inspiring future generations make for a thought-provoking conversation packed with innovative ideas.
