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PBS Space Time
Why Quasars are so Awesome
Season 3
Episode 11
When Quasars were first discovered the amount of light pouring out of such a tiny dot in space seemed impossible. A hysterical flurry of hypothesizing followed: swarms of neutron stars, alien civilizations harnessing their entire galaxy’s power, bright, fast-moving objects being ejected by our own galaxy’s core.
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12:05
The 2023 Physics Nobel prize has been awarded to three physicists for attosecond physics.

15:59
With the James Webb Space Telescope we’ve now seen the earliest star ever detected.

17:24
Some are arguing that Many Worlds and Pilot Wave are really the same.

18:00
What if we could produce superconductivity at room temperature? It would change the world.

20:39
We may need to build a radio telescope in the quietest place nearby - the moon!

14:59
Spacetime on its smallest scale is an ocean of black holes and wormholes...or so we think.

11:49
Did JWST just find a new type of star powered by dark matter?

16:21
Did we just uncover new evidence to support Cold Dark Matter?

15:51
The gravitational wave background has probably been detected using a pulsar timing array.

15:05
Let’s explore how constant this speed of light fundamental constant really is.

14:39
Dark matter may be a quantum mechanical wave that literally holds galaxies together.

16:24
Has AI proven that the proton is made of 5 quarks rather than 3 quarks?