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Charlie Wood

Physics staff writer at Quanta Magazine who reported the feature about QSO1 and the little red dots, bringing expertise on early-universe astrophysics to the interview.

Top 3 podcasts with Charlie Wood

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81 snips
Aug 12, 2025 • 29min

‘It’s a Mess’: A Brain-Bending Trip to Quantum Theory’s 100th Birthday Party

Charlie Wood, a Quanta Magazine physics staff writer, discusses his experience at a conference on Helgoland Island celebrating the 100th birthday of quantum mechanics. He delves into the perplexities of quantum theories, exploring concepts like wave function collapse and the Many Worlds interpretation. Wood shares insights from physicists on the current challenges in understanding this complex field and its implications for reality and consciousness. The conversation blends scientific inquiry with the charm of social interactions among top physicists.
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26 snips
Jun 10, 2025 • 24min

Singularities Are Hard to Kill

Charlie Wood, a physics writer for Quanta Magazine, dives into the challenges of singularities in black holes and the Big Bang. He discusses how these cosmic phenomena break our current understanding of gravity, pushing physicists to explore extreme conditions at the edges of space and time. The conversation highlights the struggle to unify general relativity with quantum mechanics, revealing both the scientific hurdles and philosophical implications. Wood even adds a humorous twist by discussing the concept of sonifying black hole data for a truly unique auditory experience.
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10 snips
Nov 4, 2025 • 25min

The Mystery of Early Universe’s Little Red Dots

In this episode, Charlie Wood, a physics staff writer at Quanta Magazine, discusses groundbreaking discoveries about early-universe astrophysics. He explains how the James Webb Space Telescope is reshaping our understanding of the cosmos, revealing mysterious 'little red dots' and an unusual naked black hole without a hosting galaxy. Charlie explores possible origins for these phenomena, including primordial collapse and runaway mergers, and argues that these findings challenge existing models of black hole formation, suggesting a more complex cosmic history.

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