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Vlatko Vedral

Professor at Oxford University, known for his work in quantum information theory and quantum gravity. Collaborates with Chiara Marletto on innovative experiments.

Top 3 podcasts with Vlatko Vedral

Ranked by the Snipd community
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6 snips
Nov 4, 2024 • 1h 35min

Chiara Marletto: The Experiment That Could Reveal Quantum Gravity

In this engaging discussion, Chiara Marletto, a Professor at Oxford University specializing in Constructor Theory, teams up with fellow Oxford professor Vlatko Vedral, known for his work in quantum information. They dive into experimental proposals that could reveal the quantum nature of gravity, potentially upending Einstein's theories. The conversation covers gravitationally induced entanglement, the complexities of merging quantum mechanics with gravity, and the future of funding in fundamental physics research. It's a thrilling insight into the frontier of modern physics!
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4 snips
Jan 28, 2025 • 1h 42min

Testing Quantum Gravity & Reality with Prof. Vlatko Vedral

Professor Vlatko Vedral, a leading quantum physics expert from the University of Oxford, dives into the intricate relationship between quantum mechanics and gravity. He explores historic and modern proposals for testing quantum gravity and the significant challenges faced in reconciling it with general relativity. The discussion takes a fascinating turn as they discuss the black hole information paradox and experimental advancements involving nanodiamonds. Tune in to learn how these concepts could reshape our understanding of the universe!
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Jan 21, 2026 • 40min

Vlatko Vedral on Portals to a New Reality

Vlatko Vedral, an Oxford physicist specializing in quantum mechanics and entanglement, discusses revolutionary experiments poised to advance our understanding of the universe. He challenges the notion that physical reality requires observation, suggesting instead that quantum information may redefine our views on space, time, and particles. Vedral also explores bold experiments, such as entangling masses through gravity, and puts forward the provocative idea that even living systems may play a role in quantum phenomena. His insights promise a thrilling journey into the unknown realms of physics.

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