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Resimin
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Monday 19 October 2026 15:04:37 GMT
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Especially my exes 🙄
Especially my exes 🙄
🤣
🤣
@augustoeruanvictor #augustoeruanvictorcy
@augustoeruanvictor #augustoeruanvictorcy
Este invento fue de hace unos días y quedó increíble🔥🤯!!! #dulcedeleche #manjar #recetas #vegano #Receta #parati #fypシ #fy #lentejas
Este invento fue de hace unos días y quedó increíble🔥🤯!!! #dulcedeleche #manjar #recetas #vegano #Receta #parati #fypシ #fy #lentejas
S301 is one of the most fascinating stars discovered near the center of the Milky Way. It is located extremely close to Sagittarius A*, the supermassive black hole at the heart of our galaxy. Sagittarius A* has a mass roughly four million times greater than that of the Sun, creating an enormous gravitational field around it. S301 is particularly remarkable because it travels around this black hole on an extremely tight and elongated orbit, allowing astronomers to study the effects of gravity in one of the most extreme environments in the galaxy. S301 completes one orbit around Sagittarius A* in only about 8.7 years. For comparison, our Solar System takes about 230 million years to complete one orbit around the center of the Milky Way. When S301 reaches the closest point of its orbit, it can travel at approximately 25,000 kilometers per second. That is more than 8% of the speed of light. At such enormous speeds, the laws of ordinary Newtonian physics are no longer sufficient to describe everything that happens. Instead, scientists need to take Einstein’s theory of general relativity into account. One of the most interesting features of S301 is the extreme shape of its orbit. It does not travel around Sagittarius A* in a nearly circular path like the planets orbiting the Sun. Its orbit is highly eccentric, meaning that the star gets much closer to the black hole at one point and then travels much farther away. As S301 approaches Sagittarius A*, the black hole’s immense gravity accelerates the star to incredible speeds. After passing its closest point, the star moves away again and gradually slows down. #blackhole #solarsystem #astro #Science
S301 is one of the most fascinating stars discovered near the center of the Milky Way. It is located extremely close to Sagittarius A*, the supermassive black hole at the heart of our galaxy. Sagittarius A* has a mass roughly four million times greater than that of the Sun, creating an enormous gravitational field around it. S301 is particularly remarkable because it travels around this black hole on an extremely tight and elongated orbit, allowing astronomers to study the effects of gravity in one of the most extreme environments in the galaxy. S301 completes one orbit around Sagittarius A* in only about 8.7 years. For comparison, our Solar System takes about 230 million years to complete one orbit around the center of the Milky Way. When S301 reaches the closest point of its orbit, it can travel at approximately 25,000 kilometers per second. That is more than 8% of the speed of light. At such enormous speeds, the laws of ordinary Newtonian physics are no longer sufficient to describe everything that happens. Instead, scientists need to take Einstein’s theory of general relativity into account. One of the most interesting features of S301 is the extreme shape of its orbit. It does not travel around Sagittarius A* in a nearly circular path like the planets orbiting the Sun. Its orbit is highly eccentric, meaning that the star gets much closer to the black hole at one point and then travels much farther away. As S301 approaches Sagittarius A*, the black hole’s immense gravity accelerates the star to incredible speeds. After passing its closest point, the star moves away again and gradually slows down. #blackhole #solarsystem #astro #Science
@ring #dasgruseligstehausdeutschlands
@ring #dasgruseligstehausdeutschlands

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