Isnt time really inversely proportional to the gravity field?

Question

And also inversely proportional to the space pressure?The greater the space pressure ,the shorter the time a process will take place under such pressure.And where does space time relativity fit in in this process?

Is the gravity field on earth continually changing with velocity? and velocity per second is really the gravity field?

doesnt the electron follow the same rules?The closer to the nucleous the greater the field ;hence the shorter is the orbital Time.and if close enough to the nucleous it would move at the speed of light?

and field is determined by its curvature. in units of per meters?

Answer 1

Time, in your question relates to lines of force, like line density in a magnet increasing its force of attraction. Gravitation waves have the inverse value as they approach near the centre of a planet, this is due to they spreading outward.

Space, itself, does not exert "pressure", or Resistance, on either gravitational waves or on electromagnetic energy. It is possible that empty space has a value unto itself, but this value is unknown to us.

"Space-time" does not relate to a gravitational field as a variable. In order to have a time dilation (change) the presence of mass (three-dimensional object) is required. When this condition is met, it is possible to form a condition when time relativity is able to exist. http://360.yahoo.com/noddarc there is a short writing "The Problem and repair of Relativity". Click on "view blog" and scroll down to the second writing.

Answer 2

I think Einstein's theory was that time is proportional to speed. The faster you travel the slower time elapses. Utimately, he believed if you travelled fast enough, time would cease and stand still.

Answer 3

What are you talking about?

Do you know what gravity, time, space and "inversely proportional" mean?

Answer 4

time is the shortest distance between two points