Could you possibly spend a bit of your precious time and help me to find out where in the text a mistakes are.
The definition of Black Hole emerged in 60th years. Black holes were detected with a
quite big probability. Particularly in the middle of our Galaxy a Black Hole with a
mass about 3,5 million of Sun's mass was detected.
In the beginning was told about wormhole near Saturn. In the movie a wormhole is
defined as a Black Hole which is due to unknown circumstances allows, going through
event horizon, to get another Universe, without bumping into singularity.
To go through event horizon, not being destroyed by tidal forces, the mass of this
wormhole or Black Hole must be enormous. Naturally, such object in the area of Solar
System, has no chance to exist, because the major object, which determine the
movement of all the planets in Solar System is the Sun. If there was an object which
had a mass of million of Sun's masses so then the gravitational field of this object
would determine the behaviour of the whole Solar System and not to notice that fact
even on household level would be unreal.
The definition of event horizon was dismissed because when the object go through
event horizon there's no probability of getting the information out of that horizon.
In the movie one hour on the distant Planet equals 7 years on Earth. To make it
possible the planet has to be situated very close to event horizon of a Black Hole.
If the planet of Earth's size was existed, it would simply smashed into pices by
There's a scene in a movie where an enormouse wave covers the shuttle and destroys
everything on its way. Producer of movie tried to show us a tidal wave which creates
by the Black Hole's field, so then the depth of the Sea or ocean or whatever it is
supposed to be much much much bigger, not by knees. It's impossible to creat such an
Another scene when the astronaut gets into event horizon is ridiculous. There's no
probability if existing atoms and microsopical objects. The time of falling equals
10^-6 (sec) multiply by mass of a Black Hole and divide by Sun's mass. If a Black
Hole had a mass of 10 million of Sun's masses, so then observer might have 10 seconds
to live. This time equals of a "free falling". If you're gonna turn the engine on and
try to get out of this Hole, so the time of falling to Singularity will decrease. The
longer you fall the longer you live and any attempts of preventing will lead to
increasing of falling.