We study E energy , and matter , in different dimensions .
Here as an example E = 3.3726696E-16 ( photon 5.0900E+16 Hertz )

1) It can be clearly seen here that gravitation is a property of matter (only of matter ) ,
depending on the DIM in which this matter is located .
Matter decreases at higher C^2 ( higher speed of light ) gravitation increases at higher C^2 ( higher speed of light ) .
Here again it is visible , that if C^2 is lower , then the DIM ( space is larger ) .
Also the matter is then larger but the gravitation is smaller.
Matter is distributed in a large space .
If C^2 ( the concentration ) is lower then there is more relaxation of matter.
If C^2 is infinitely small , then space is infinitely large , matter is infinitely large , gravitation is infinitely small .
There is an infinitely large relaxation of matter.
Matter is distributed over an infinitely large volume .
In every place in the universe the C^2 is present , but C^2 there is very small .
But however small C^2 may be , it is space.
To study the E , we are going to add energy E .
There are 5 dimensions in which I will elaborate the example.
So we can just take DIM and C^2 and G from the previous calculation.
Em is the energy of matter.
Et is the added E.
* 1 : we can add E internally to the matter , the matter will thus remain in the DIM.
DIM A DIM B DIM C DIM E DIM F
DIM 3.96568E+21 2.01049E+21 1.34659E+21 1.97179E+20 1.06378E+20 C^2 1.03628E+10 4.03186E+10 8.98755E+10 4.19168E+12 1.44014E+13
speed of light C 101797.839 200794.920 299792.428 2047359.275 3794917.654 G 2.61312E-12 2.00541E-11 6.67430E-11 2.12582E-08 1.35379E-07
* The matter m will increase.
* Em is the internal energy of matter ( Em = m matter * C^2 )
Em1 3.37267E-16 3.37267E-16 3.37267E-16 3.37267E-16 3.37267E-16
* In this example, added energy is Et = 9 * Em1
Et 3.03540E-15 3.03541E-15 3.03540E-15 3.03541E-15 3.03539E-15
* The total energy = Em1 + Et = Etot
Etot 3.37267E-15 3.37268E-15 3.37267E-15 3.37268E-15 3.37266E-15
* The matter , before the addition of the Et is m1 = Em1 / C^2
m1 3.25459E-26 8.36507E-27 3.75260E-27 8.04613E-29 2.34190E-29
* The matter m2 after adding Et is larger because the addition is internal m2 = Etot / C^2
m2 3.25459E-25 8.36507E-26 3.75260E-26 8.04613E-28 2.34190E-28
* The gravitational µ of this matter is larger because the matter is larger , µ depends entirely on the matter.
* The gravitational µ1 before the addition of the energy Et µ1 = m1 * G
µ1 8.50463E-38 1.67754E-37 2.50460E-37 1.71046E-36 3.17044E-36
* The gravitational µ2 after adding Et µ2 = m2 * G µ2 is greater than µ1
µ2 8.50463E-37 1.67754E-36 2.50460E-36 1.71046E-35 3.17044E-35
* DIM = E / µ
DIM 3.96568E+21 2.01049E+21 1.34659E+21 1.97179E+20 1.06378E+20
We see here that matter has increased as well as gravitation , and matter has remained in the same DIM.
* 2 : We can add Et externally to the matter , the matter will develop velocity (when not hindered)
and will move to another DIM.
DIM A DIM B DIM C DIM E DIM F
DIM 3.96568E+21 2.01049E+21 1.34659E+21 1.97179E+20 1.06378E+20 C^2 1.03628E+10 4.03186E+10 8.98755E+10 4.19168E+12 1.44014E+13
speed of light C 101797.839 200794.920 299792.428 2047359.275 3794917.654 G 2.61312E-12 2.00541E-11 6.67430E-11 2.12582E-08 1.35379E-07
* If we add E ( external ) and we thus preserve the amount of matter ,
then this matter belongs in another dimension , a velocity will be developed
until this DIM is reached .
( If because of gravitation with another matter the matter cannot escape from the DIM ,
then the corresponding motion will continue or they will come to a collision.( Later))
* External E add Et = 9 * Em1
Et 3.03540E-15 3.0353999E-15 3.03540E-15 3.035399E-15 3.03539E-15
* The energy before the addition of Et external = Em1 is the internal energy of matter.
Em1 3.37267E-16 3.37267E-16 3.37267E-16 3.37267E-16 3.37267E-16
* The total energy Etot = Em1 + Et
Etot 3.37267E-15 3.37267E-15 3.37267E-15 3.37267E-15 3.37267E-15
* Et is the energy added externally , which will cause a motion , velocity .
* µ1 = Em1 / DIM We take Em1 because there is no energy addedinternally
µ1 8.50464E-38 1.67754E-37 2.50460E-37 1.71046E-36 3.17046E-36
* The matter , before the addition of the Et m1 = Em1 / C^2 the matter remains the same.
m1 3.25459E-26 8.36505E-27 3.75260E-27 8.04611E-29 2.34190E-29
* Matter remains the same because the added energy Et is external , under the form of Et velocity.
* But the total energy Etot (E internal and E external) represents the Mass M M = Etot / C^2
M 3.2545905E-25 8.3650400E-26 3.7525989E-26 8.0460985E-28 2.3419022E-28
m1 3.2545900E-26 8.3650500E-27 3.7526000E-27 8.0461100E-29 2.3419000E-29
* The mass responsible for the displacement , velocity Mv = M - m1
Mv 2.9291315E-25 7.5285350E-26 3.3773389E-26 7.2414875E-28 2.1077122E-28
* This corresponds to the amount of added Et Et = Mv * C^2
Et 3.0354004E-15 3.0353999E-15 3.0354002E-15 3.0353998E-15 3.0354006E-15
* Compare Et calculated with Mv and Et calculated with 9 * Em1 above.
* The energy Et is responsible for the displacement (in this example)
* 3 : Matter belongs in another dimension DIM = Et / µ1
DIM 3.56911E+22 1.80944E+22 1.21193E+22 1.77462E+21 9.57397E+20
* Now we place this matter m1 in the correct DIM (where it belongs ).
Etot The total energy = Em1 + Et
Etot 3.37267E-15 3.37268E-15 3.37267E-15 3.37268E-15 3.37266E-15
* C^2 = E / m
C^2 1.03628E+11 4.03187E+11 8.98756E+11 4.19169E+13 1.44014E+14
* Speed of light = square root( C^2 )
C km/sec 321913.032 634970.078 948027.426 6474326.220 12000583. 319
* G = C^2 / DIM
G 2.90346893E-12 2.22824189E-11 7.41590686E-11 2.36202117E-08 1.50422448E-07
* m matter = Em1 / C^2
m1 3.25459000E-26 8.36505000E-27 3.75260000E-27 8.04611000E-29 2.34190000E-29
* GRAVITATION µ = m1 * G
µ 9.44960E-38 1.86394E-37 2.78289E-37 1.90051E-36 3.52274E-36
The ratios
C^2 / G 3.56911E+22 1.80944E+22 1.21193E+22 1.77462E+21 9.57397E+20
E / µ 3.56911E+22 1.80944E+22 1.21193E+22 1.77462E+21 9.57397E+20
The matter has arrived in the correct DIM and no longer has velocity.
If there are differences in the ratio E/µ then motion will occur .
but it is possible that this matter will not reach its proper DIM due to the gravitation of other matter.
As long as the matter is not in the correct DIM , it will want to move
m is the matter itself
M is the matter + Mv
Mv = Et / C^2
Mass M = m + ( Et / C^2 )
m is the matter
Mass M = Matter + ( external E / C^2 )
external E = velocity