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Supermassive Black Holes, Voyager's Journey & Gravitational Waves Explained | Q&A

Supermassive Black Holes, Voyager's Journey & Gravitational Waves Explained | Q&A

Space Nuts: Astronomy Insights & Cosmic Discoveries vor 5 Monaten

Sponsor Link: For our special NordVPN deal and 30 day money back uarantee, visit https://nordvpn.com/spacenuts Show Notes Supermassive Black Holes, Voyager 1, and Gravitational Waves In this engaging Q&A episode of Space Nuts, hosts Andrew...

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Show Notes

Supermassive Black Holes, Voyager 1, and Gravitational
Waves In this engaging Q&A episode of Space
Nuts, hosts Andrew Dunkley and Professor Fred Watson tackle a
variety of intriguing audience questions that span the cosmos. From
the formation of supermassive black holes to the journey of Voyager
1 and the nature of gravitational waves, this episode is filled
with cosmic curiosities and scientific insights.

Episode Highlights:
- Formation of Supermassive
Black Holes: Martin from Merseyside sparks a fascinating
discussion about the mechanisms behind the formation of
supermassive black holes. Andrew and Fred Watson explore the
gravitational instability theory and the contrasting processes that
could lead to the creation of these colossal entities in the early
universe.

- Voyager 1's Journey: Andy, our favourite train
driver, raises an interesting question about whether the particles
in space could slow down Voyager 1 as it travels at 38,000 miles
per hour. The hosts clarify the nature of space and the
spacecraft's trajectory, highlighting the vast emptiness of
interstellar space and the spacecraft's remarkable speed.

- Gravitational Waves Explained: Ben from Kent
asks a thought-provoking question about the nature of gravitational
waves produced by colliding black holes. Andrew and Fred Watson
delve into whether these waves are spherical or flat, providing
clarity on how they propagate through the fabric of
spacetime.

- Thought Experiments on Earth's Rotation: Judd
from Brisbane brings up the current speed of Earth's rotation and
its effects on gravity. The hosts discuss the fascinating
implications of Earth's spin on weight, including the differences
between the equator and the poles, and what would happen if Earth
suddenly stopped rotating.

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