Physics for Future

Quantum Computing: The Future of Technology Explained by Prof. Peter Zoller

In the last episode before the Physics For Future conference, we had the privilege of speaking with Professor Peter Zoller, a renowned theoretical physicist from the University of Innsbruck. As we celebrate the International Year of Quantum Science and Technology, Professor Zoller provided us with a comprehensive overview of the evolution and significance of quantum mechanics, as well as its practical applications in today's world. One of the key topics discussed was the rise of quantum computing. Professor Zoller explained how quantum computers leverage superposition states, allowing them to perform multiple computations simultaneously. This capability sets them apart from classical computers, which operate sequentially. He highlighted the importance of quantum bits, or qubits, which can exist in multiple states at once, making quantum computers incredibly powerful for specific tasks. Would you like to know more? Come to Professor Zoller's talk during the conference! Join us at Physics for Future on May 14th and 15th for two days of groundbreaking discussions and discoveries. Secure your spot now—registrations are open (until 30/04/2025) at the University of Luxembourg: https://www.uni.lu/fstm-en/conferences/physics-for-future/ [https://www.uni.lu/fstm-en/conferences/physics-for-future/]. Sound: Chasing vampires by Victor_Natas -- https://freesound.org/s/694474/ -- License: Attribution 4.0

From Physics to Computer Science: Symmetry in Neural Networks with Prof. Tess Smidt

For the second episode we had the privilege of speaking with Professor Tess Smidt, Assistant Professor at MIT who specializes in the fields of Euclidean symmetry and neural networks.  From her early days when she majored in physics and minored in architecture, to her current work in computer science, Tess has always sought to understand how different fields can inform one another. A particularly fascinating aspect of our conversation was Tess's focus on symmetry. She argues that incorporating symmetry into neural networks can lead to more effective learning and better outcomes in scientific modeling. Coming Up: Don't miss Prof. Smidt's presentation "Harnessing Symmetry and AI for Designing Physical Systems" on 14th May 2025, at Novotel in Kirchberg, Luxembourg. Join us at Physics for Future on May 14th and 15th for two days of groundbreaking discussions and discoveries. Secure your spot now—registrations are open (until 30/04/2025) at the University of Luxembourg: https://www.uni.lu/fstm-en/conferences/physics-for-future/ [https://www.uni.lu/fstm-en/conferences/physics-for-future/]. Sound: Chasing vampires by Victor_Natas -- https://freesound.org/s/694474/ -- License: Attribution 4.0

The Coolest Stuff in the Universe with Prof. William Phillips

Our debut episode features Nobel Prize winner Prof. William D. Phillips, whose groundbreaking work using laser light to cool and trap atoms revolutionised physics. Host Hanna Siemaszko guides this inspiring conversation exploring not just the technical aspects of Phillips' research, but also his philosophical reflections on the evolution of physics and how to inspire next generations. Coming Up: Don't miss Prof. Phillips' interactive presentation "Time, Einstein and the coolest stuff in the universe" on 14th May 2025, at Tramsschapp in Luxembourg. Join us at Physics for Future on May 14th and 15th for two days of groundbreaking discussions and discoveries. Secure your spot now—registrations are open (until 30/04/2025) at the University of Luxembourg: https://www.uni.lu/fstm-en/conferences/physics-for-future/ [https://www.uni.lu/fstm-en/conferences/physics-for-future/]. Sound: Chasing vampires by Victor_Natas -- https://freesound.org/s/694474/ -- License: Attribution 4.0