Escape From A Black Hole

Escape from a black hole is possible. Relativity says the mass of a
body increases as it approaches the speed of light. Oh course once a
body reaches the speed of light the mass becomes infinite. However we
don't have to reach the speed of light just comes close enough to the
speed of light so the object becomes a black hole. Then we slow up
the object and it stops being a black hole.

"flamestar" wrote in message
om...
Escape from a black hole is possible. Relativity says the mass of a
body increases as it approaches the speed of light. Oh course once a
body reaches the speed of light the mass becomes infinite.

really?

However we
don't have to reach the speed of light just comes close enough to the
speed of light so the object becomes a black hole.

excuse me?

Then we slow up the object

how?

and it stops being a black hole.

so how did you escape the black hole?

variable magnitude wrote:
|"flamestar" wrote in message
. com...
| Escape from a black hole is possible. Relativity says the mass of a
| body increases as it approaches the speed of light. Oh course once a
| body reaches the speed of light the mass becomes infinite.
|
|really?

Conjecturally.

| However we
| don't have to reach the speed of light just comes close enough to the
| speed of light so the object becomes a black hole.
|
|excuse me?

?

| Then we slow up the object
|
|how?

Through a close interaction with another object going the other
direction.

| and it stops being a black hole.
|
|so how did you escape the black hole?

Don't most black holes eventually split apart, and turn into two
or more *smaller* (less massive) black holes?

"Matthew Montchalin" wrote in message
...
variable magnitude wrote:
|"flamestar" wrote in message
. com...
| Escape from a black hole is possible. Relativity says the mass of a
| body increases as it approaches the speed of light. Oh course once a
| body reaches the speed of light the mass becomes infinite.
|
|really?

Conjecturally.

| However we
| don't have to reach the speed of light just comes close enough to the
| speed of light so the object becomes a black hole.
|
|excuse me?

?

| Then we slow up the object
|
|how?

Through a close interaction with another object going the other
direction.

| and it stops being a black hole.
|
|so how did you escape the black hole?

Don't most black holes eventually split apart, and turn into two
or more *smaller* (less massive) black holes?

that's impossible: nothing can escape a black hole, hence it can not be
split.