Science!! Fucking magnets, how do they work?

Liquid blood found inside a prehistoric 42,000 year old foal

Semyon Grigoryev, head of the Mammoth Museum in Yakutsk, said today: ‘The autopsy shows beautifully preserved internal organs.
‘Samples of liquid blood were taken from heart vessels - it was preserved in the liquid state for 42,000 years thanks to favorable burial conditions and permafrost.
‘The muscle tissues preserved their natural reddish color.
‘We can now claim that this is the best-preserved Ice Age animal ever found in the world.’
Dr. Grigoryev revealed in an interview with TASS that the foal is in an exceptional condition without any visible damage.
‘This is extremely rare for paleontological finds, because some of them are either incomplete, fragmented, with serious body deformations or strongly mummified,’ said the expert.
‘The foal’s hair is intact on its head, legs, and part of its body.
‘Its tail and mane are black, the rest of the foal’s body is bay.
‘Having preserved hair is another scientific sensation as all previous ancient horses were found without hair.’

Dark Matter Detector Makes Incredible Neutrino Observation

Two-neutrino double electron capture is an exceedingly rare particle interaction that was first theorized in 1955 and “has escaped detection for decades,” according to the paperpublished in Nature. In the process, two protons in the atomic nucleus spontaneously and simultaneously absorb a pair of electrons orbiting the nucleus, releasing a pair of neutrinos. The experimental signature of the event is a barrage of x-rays and electrons resulting from other electrons orbiting the atom replacing the two absorbed by the nucleus. And when I say rare, I mean rare. The average amount of time it would take half of the xenon atoms in a sample to undergo this reaction is 1.8 × 1022years, according to the paper. That’s roughly a trillion times the age of the Universe.

After 214 days of observing (177 days of usable data), the researchers’ analysis revealed approximately 126 two-neutrino double electron capture events.

This is an incredible scientific accomplishment. “It’s the longest half-life ever measured directly,” Ph.D student Chiara Capelli from the University of Zurich who works on XENON told Gizmodo