8 Disturbing Things Scientists Think Are Lurking Inside a Dying Star
Stellar Sammy
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🔗Unlock 303 cosmic secrets they don't want you to know — before the truth disappears forever.
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8 Disturbing Things Scientists Think Are Lurking Inside a Dying Star
There is a neutron star sitting approximately 21,000 light-years from where you are right now, and it is dying in a way that does not follow the rules. The star is called PSR B1913+16, and it sits locked in a gravitational embrace with a second neutron star, the two of them orbiting each other so precisely that Russell Hulse and Joseph Taylor used the system to confirm the existence of gravitational waves in 1974, work so fundamental that it earned them the Nobel Prize in Physics nineteen years later. For decades, this binary system was one of science's most trusted clocks, its orbital decay ticking down with a regularity that matched Einstein's equations to within a fraction of a percent. Scientists pointed at PSR B1913+16 the way you might point at a perfectly calibrated instrument on a laboratory bench. It was the gold standard. It was the proof. And then the measurements started coming back wrong.
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8 Disturbing Things Scientists Think Are Lurking Inside a Dying Star
Stellar Sammy
2,827 views
🔗Unlock 303 cosmic secrets they don't want you to know — before the truth disappears forever.
https://thefoundations.gumroad.com/l/...
8 Disturbing Things Scientists Think Are Lurking Inside a Dying Star
There is a neutron star sitting approximately 21,000 light-years from where you are right now, and it is dying in a way that does not follow the rules. The star is called PSR B1913+16, and it sits locked in a gravitational embrace with a second neutron star, the two of them orbiting each other so precisely that Russell Hulse and Joseph Taylor used the system to confirm the existence of gravitational waves in 1974, work so fundamental that it earned them the Nobel Prize in Physics nineteen years later. For decades, this binary system was one of science's most trusted clocks, its orbital decay ticking down with a regularity that matched Einstein's equations to within a fraction of a percent. Scientists pointed at PSR B1913+16 the way you might point at a perfectly calibrated instrument on a laboratory bench. It was the gold standard. It was the proof. And then the measurements started coming back wrong.
https://thefoundations.gumroad.com/l/UltimateCosmoLibrary