Life on V4641 sgr

V4641 sgr does not have any liquid water on it. What V4641 does have is a very strong magnetic field. All black holes are very strong magnetic balls of energy. V4641 sgr does not have an oxygen atmosphere. I do not think that life is possible on a ball of energy. 

Mars is 1.5 AU's away from earth. Scientists do not believe that there is life on mars. I agree because they have compelling evidence from the mars rover that mars is inhabitable. 

V4641 sgr distance from earth

Space is measured in kilometers, astronomical units, and light years.
Kilometers are used for diameters of planets.
Astronomical Units are used for the distance between planets.
Light Years are used to for the distance between galaxies.

Earth is 1,600 light years away from V4641 sgr.
It would take 6.3 million years to get there in a rocket ship.
NO. First it would take too long, second there is no accomplishment involved because getting to a black hole would kill you.

V4641 sgr

The black hole that is nearest to Earth appears to be just 1,600 light-years away. It is a member of a binary system known as V4641 Sagittarii (Sgr).

Astronomers learned of the black hole s presence in 1999, when the system flared up. X-ray and radio telescopes detected powerful jets of charged particles racing away from the system at almost the speed of light.

V4641 Sgr consists of a black hole and a normal companion star. The black hole is stealing hot gas from the companion. When enough gas builds up in a disk around the black hole, it produces a large outburst that can cause the system to shine much brighter than normal. Much of the extra energy is in the form of X-rays, so V4641 is classified as an X-ray nova.

On the night of September 15, 1999, Australian astronomer Ron Stubbings noticed that the system was about two magnitudes (six times) brighter than normal. He notified other astronomers by email. One team of astronomers quickly aimed the Rossi X-Ray Timing Explorer (RXTE) satellite at the star, and discovered that it was producing hundreds of times more X-ray energy than normal, suggesting that a powerful event had taken place. Over the next two days, RXTE detected three more bright flare-ups. For a while, the system was the brightest X-ray object in the entire sky.

Other astronomers studied the system with radio telescopes around the world. As they watched over a series of days, they saw jets of electrically charged particles streaming away from the system. The jets and the bright X-ray flare-ups, which grew hundreds of times brighter and fainter in a matter of seconds or minutes, suggested that the companion to the normal star was a black hole. Other types of dense stars, like white dwarfs and neutron stars, cannot produce the same type of phenomena.

Astronomers later calculated that the jets were squirting into space from the inner portion of the accretion disk around the black hole, quite near its event horizon. Particles in the jets were accelerated to about 90 percent of lightspeed by powerful magnetic fields, and blasted out into space just before they would have fallen into the black hole.

Because of the jet and bright accretion disk, V4641 Sgr is classified as a microquasar. Full-size quasars are disks of hot gas surrounding supermassive black holes in the cores of distant galaxies. Microquasars are much smaller, but they are powered by the same mechanism and they produce large amounts of high-energy gamma rays and X-rays.

Even though V4641 Sgr is the closest black hole yet discovered, it poses no threat to Earth. A black hole s gravity captures only material that is close by -- not planets that are hundreds of light-years away.

-http://blackholes.stardate.org/directory/factsheet.php?id=35