Do gravitational waves leave a mark on the Universe?

Do gravitational waves leave a mark on the Un...

Up next

Listener Questions #39

Daniel and Kelly answer questions about muscle memory, water-less showers, and why everyone can't be ambidextrous.See omnystudio.com/listener for privacy information. 

The Deep Seabed (featuring Dr. Andrew Thaler)

Over 50% of Earth's surface is the deep seabed. Dr. Andrew Thaler joins Daniel and Kelly to talk about the amazing diversity of life on the deep seabed, the resources found here, and the rules that govern this region.See omnystudio.com/listener for privacy information. 

Recommended Episodes

Dark Matter Dilemmas, Betelgeuse's Fate & the Mysteries of Lagrange Points
Space Nuts: Astronomy Insights & Cosmic Discoveries

Sponsor Details:This episode is brought to you with the support of NordVPN....enhance your online privacy with the best in the game. To get our special Space Nuts price and bonus deal, visit www.nordvpn.com/spacenuts or use the code SPACENUTS at checkout.Q&A Edition: Dark Matter, ...  Show more

The Universe Speaks in Numbers: Juan Maldacena interviewed by Graham Farmelo
The Universe Speaks in Numbers

Science writer Graham Farmelo in conversation with Juan Maldacena. Juan Maldacena has been described as the first great theoretician of the twenty-first century. In a series of brilliantly imaginative insights, he has enriched our understanding of gravity, space-time and black ho ...  Show more

Chris Hadfield’s Fictional Universe Is Rooted in Real Space History
Science Quickly

What happens when a real-life astronaut turns to fiction? In this episode, Chris Hadfield shares how decades of spaceflight and global diplomacy inspired his latest novel, Final Orbit, a cold war thriller packed with historical intrigue and technical precision. Host Rachel Feltma ...  Show more

Can Information Escape a Black Hole?
The Joy of Why

Nothing escapes a black hole … or does it? In the 1970s, the physicist Stephen Hawking described a subtle process by which black holes can “evaporate,” with some particles evading gravitational oblivion. That phenomenon, now dubbed Hawking radiation, seems at odds with general ...

  Show more