

Thomas Hertog
Professor of theoretical physics at KU Leuven and collaborator of Stephen Hawking. His research focuses on quantum cosmology and the origin of time.
Top 3 podcasts with Thomas Hertog
Ranked by the Snipd community

86 snips
Jul 24, 2025 • 52min
Why Did The Universe Begin?
Thomas Hertog, a theoretical physicist at KU Leuven and former collaborator of Stephen Hawking, delves into the origins of the universe. He discusses their groundbreaking idea that the laws of physics evolved rather than being predetermined. The conversation touches on the rejection of multiverse theories in favor of cosmological natural selection. Hertog also reflects on the complex relationship between the universe's fine-tuning for life and human observation, prompting listeners to reconsider what it truly means to exist within this cosmos.

24 snips
May 15, 2023 • 1h 9min
236 | Thomas Hertog on Quantum Cosmology and Hawking's Final Theory
In this engaging conversation, Thomas Hertog, a theoretical physicist and collaborator of Stephen Hawking, explores the mysteries of quantum cosmology and the multiverse. They delve into Hawking's groundbreaking ideas, including the concept of imaginary time and its implications for the universe's origins. Hertog discusses the challenges of defining observers in a multiverse, the importance of philosophical perspectives in physics, and the innovative measures needed to understand cosmic structures. His insights blend complex theories with a captivating narrative about the nature of existence.

Aug 31, 2023 • 1h 20min
Thomas Hertog: Stephen Hawking and the Physics of Time
Thomas Hertog, a prominent cosmologist and collaborator of Stephen Hawking, shares insights from his book 'On the Origin of Time'. He delves into the philosophical and scientific aspects of time, exploring its origin and the bold idea of how laws of physics emerged. Hertog reflects on Hawking's unique contributions to science and provides intriguing thoughts on whether time could ever flow in reverse. The conversation navigates through concepts like the multiverse and quantum gravity, ultimately challenging our understanding of existence.