Geometrodynamics Theory: Understanding Time and Length Dilation

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In summary, the Special Theory predicts that the velocity of light in the vacuum of space is a constant. This constant is used to calculate the effects of mass acceleration and time dilation.
  • #1
Växan
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The Special Theory - which forms the basis for both the General Theory of Relativity and the laws of Geometrodynamics

is based on the prediction that the velocity of light in the vacuum of space is a constant
[ 299 792 458 m/s ] with the velocity of the lightsource having no additive or subtractive effekt on this constant

Mathematical logic requires that the length of a moving objekt
- in the direction of motion - must be reduced in proportion to it's velocity

due to this reduction in length - the energy required to accelerate the mass of the objekt
through a space which has been 'extended' relative to the objekt
in the direction [dimension] of motion is increased as the objekt accelerates

the net effekt of an extended forward spatial dimension creates a reduced relative time frame for the objekt - resulting in the passage of true time being extended relative to the objekt - since time [the temporal dimension] is perpendicular to the three spatial dimensions - and for the length-reduced objekt becomes scaled relative to the extended forward spatial dimension


Formula for Time / Length Dilation
---------------------------------------------------------------------

square root ~ 1 - ( v2 / c2 )

---------------------------------------------------------------------
Formula for Mass Acceleration Resistance

1 / ( square root ~ 1 - ( v2 / c2 )

where v = % c and c = 100%
---------------------------------------------------------------------


Geometrodynamic Table


% c...% length / time...% mass...mean solar day (seconds)


0.....100......100....86 400, 00
1......99,99......100....86 395, 67
2......99,97......100....86 382, 71
3......99,95......100....86 361, 10
4......99,91......100,1.....86 330, 84
5......99,87......100,1.....86 291, 93
6......99,81......100,1.....86 244, 33
7......99,75......100,2.....86 188, 05
8......99,67......100,3.....86 123, 07
9......99,59......100,4.....86 049, 36
10.....99,49......100,5.....85 966, 91
20.....97,97......102....84 654, 35
30.....95,39......104....82 420, 34
40.....91,65......109....79 186, 90
50.....86,60......115....74 824, 59
60.....80,00......125....69 120, 00
70.....71,41......140....61 701, 93
80.....60,00......166....51 840,00
86,6......50,00......200....43 200, 00
90.....43,58......229....37 660, 87
91.....41,46......241....35 822, 14
92.....39,19......255....33 861, 74
93.....36,75......272....31 757, 14
94.....34,11......293....29 477, 46
95.....31,22......320....26 978, 38
96.....28,00......357....24 192, 00
97.....24,31......411....21 004, 26
98.....19,89......502....17 193, 37
99.....14,10......708....12 188, 21
99,1......13,38......747....11 565, 65
99,2......12,62......792....10 906, 94
99,3......11,81......846....10 205, 07
99,4......10,93......914......9 450, 43
99,5......9,98.....1001......8 531, 91
99,6......8,93.....1119......7 720, 11
99,7......7,74.....1291......6 394, 89
99,8......6,32.....1581......5 461, 68
99,9......4,47.....2236......3 862, 95
99,99......1,41.....7071......1 221, 87
99,999.....0,44.....22 360.....386, 38
99,9999......0,14.....70 711......122, 18
99,99999....0,04....223 613......38, 63
99,999999...0,01...707 113......12, 21
99,9999999.....0,004...2 236 138......3, 86
99,99999999...0,001...7 071 138.....1, 22
99,999999999...0,0004...22 361 380.....0, 38
100......0......Infinity......0


we can see by this table that an objekt must travel at 14% c before even a 1% time dilation occurs

at 86,6% c - relative time for the objekt passes at half the rate of true time

at 96,8% c time passes at 1/4 the true rate

just above 99,9% c - days pass like relative hours

at 99,99995% c time passes at 1% the rate of true time
so a 100 year spaceflight at this velocity passes in 1 relative year
 
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  • #2
Växan said:
The Special Theory - which forms the basis for both the General Theory of Relativity and the laws of Geometrodynamics

is based on the prediction that the velocity of light in the vacuum of space is a constant
[ 299 729 458 m/s ]

there could be a minor typing error
I remember it as 299 792 458
of course you could be right (and i just remembered wrong)
 
  • #3
yes, I am sorry it was a typo

thank you for pointing it out, that will teach me to type with boxing gloves on :wink:
 

Related to Geometrodynamics Theory: Understanding Time and Length Dilation

1. What is Geometrodynamics Theory?

Geometrodynamics Theory is a branch of theoretical physics that seeks to understand the fundamental relationship between space, time, and gravity. It is based on the concept that gravity is not a force between masses, but rather a curvature of space and time caused by the presence of massive objects.

2. How does Geometrodynamics Theory explain time dilation?

According to Geometrodynamics Theory, time dilation occurs because the presence of massive objects warps the fabric of space-time. This warping causes time to pass at different rates for observers in different gravitational fields. The stronger the gravitational field, the slower time passes.

3. Does Geometrodynamics Theory only apply to gravity?

No, Geometrodynamics Theory can also be applied to other fundamental forces, such as electromagnetism and the weak and strong nuclear forces. It provides a unified framework for understanding all of the fundamental forces of nature.

4. How does Geometrodynamics Theory explain length contraction?

Length contraction, also known as Lorentz contraction, is a phenomenon predicted by Geometrodynamics Theory. It occurs when an object moves at high speeds, causing it to appear shorter in the direction of motion. This is due to the warping of space-time caused by the object's velocity.

5. Can Geometrodynamics Theory be proven experimentally?

Yes, Geometrodynamics Theory has been extensively tested and proven through numerous experiments and observations, such as the bending of light around massive objects, the precession of Mercury's orbit, and the existence of gravitational waves. These experiments have confirmed the predictions of the theory and solidified its place as a fundamental theory in modern physics.

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