Black hole sucking astronaut

Astronaut falling into a black hole (schematic illustration of the spaghettification effect). It happens because – in the intense gravity field. It showed a star similar to our Sun being sucked into the gravitational pull of the black hole, which was around six million times its size.

Answer (1 of 16): Yes, you would die. There are (at least) three ways you would die. 1. Tidal forces: When you are very close to a gravitational source, the difference in force between various parts of your body is enough to rip your body apart. Since a . 1 day ago · This black hole is currently sucking in large amounts of gas, which results in material being ejected out of the black hole at high speeds.  · An ultrabright, ultrafast explosion called the Camel lit up the sky for a month in Astronomers think it might have been the birth of a black hole or neutron star.

This black hole is currently sucking in large amounts of gas, which results in material being ejected out of the black hole at high speeds. NASA Astronaut Moon Reflection Vintage Retro T-Shirt. Astronaut falling into a black hole (schematic illustration of the spaghettification effect). It happens because – in the intense gravity field of a black hole – the pull on the astronaut’s feet is. NASA has revealed a stunning animation showing exactly what would happen to a star if it was sucked into a black hole. The artist's rendering shows the star passing too close to the gravitational.

Telescopes have captured the rare light flash from a dying star as it was ripped apart by a supermassive black hole. This rarely seen "tidal disruption event" — which creates spaghettification in stars as they stretch and stretch — is the closest such known event to happen, at only million light-years from Earth. For comparison, the nearest star system to Earth — Alpha Centauri — is roughly 4 light-years away, and the Milky Way is roughly , light years in diameter. One light-year is the distance light travels in a year, about 6 trillion miles 10 trillion kilometers. But this is exactly what happens in a tidal disruption event," the new study's lead author Matt Nicholl, a lecturer and Royal Astronomical Society research fellow at the University of Birmingham in the United Kingdom, said in a European Southern Observatory statement.