Introduction

At the recently held Global Physics Summit (GPS) in Anaheim, California, I had the exciting opportunity to engage with a crowd of 15,000 eager physicists. Among the highlights of the event were enlightening discussions, including two fascinating conversations that I captured in this podcast.

Interview with Chetan Nayak

First, I interviewed Chetan Nayak, a senior researcher at Microsoft's Station Q, which is leading the charge in quantum computing breakthroughs. In February, Nayak and his team announced a significant advancement in the creation of topological qubits based on Majorana zero modes. This innovation has the potential to revolutionize the practical implementation of quantum computers—an advancement that has generated buzz across the scientific community, though not without its skeptics. Nayak's results, presented to a captivated audience at the GPS, sparked lively debate on the viability of these qubits.

In our discussion, Nayak elaborated on the numerous challenges that lie in wait on the path to achieving the goal of a superconductor-based topological qubit. His insights outline the intricate balance of theory and experimental verification that drives progress in this cutting-edge field.

Exploring Aquatic Physics with Atharva Lele

Following this deep dive into quantum mechanics, I had the pleasure of chatting with Atharva Lele to explore the physics behind a unique aquatic sport called manu jumping, which has its origins in the Māori and Pasifika cultures of New Zealand. In this thrilling competition, athletes are evaluated based on the height and size of their splash upon entering the water. The best jumpers employ a distinctive technique, combining athleticism and physics to maximize their splash—making it a fascinating study in fluid dynamics.

Conclusion

These conversations not only highlight the forefront of scientific research but also remind us that physics permeates even the most unexpected places, from the complexities of quantum computing to the artistry of aquatic sports. Stay tuned for more captivating insights from the world of physics!