
In Our Time Wormholes
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Oct 24, 2024 Toby Wiseman, a Professor of Theoretical Physics, Katy Clough, a Senior Lecturer in Mathematics, and Andrew Pontzen, a Professor of Cosmology, dive into the intriguing concept of wormholes as potential shortcuts in the universe. They discuss how these hypothetical structures challenge our understanding of space-time and the fundamental laws of physics. The trio explores the historical context from Einstein to modern theories, considers the exotic matter required for wormhole stability, and even links these ideas to time travel, all while keeping the conversation light and engaging.
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Exotic Matter and Wormholes
- Wormholes in Einstein's equations require exotic matter with negative energy.
- The challenge lies in finding such matter, as classical physics doesn't allow it.
Wheeler and Wormholes
- John Wheeler coined 'wormhole', extending the black hole concept.
- He worked on nuclear fusion and later explored astrophysical questions, including wormholes.
Wormhole Evidence
- Currently, there's no observational evidence of wormholes.
- However, researchers are investigating whether observed black holes could be wormholes.



