In my opinion gravity is the conversion from distance to Energy. With out Gravity our universe will have no shape.
Einstein from his equation E = mc2 reliaze that energy and mass are interchangeable. From my view, actually Newton had found connetion between energy and distance.
From His equation F = -GmM/r2
Gravity potential Energy = F.r = -GmM/r
Implication of this equation is :
The longer distance between two mass means gravity potential Energy become smaller.
This also means distance change into energy when two mass get closer, and energy change into distance when two mass get more distance.
In modern science, There is no distance and time limit at gravity to interact, which means (not like other fundamental force). Based on this fact, then I deduce that actually gravity is conversion from distance to energy.
Imagine there is a universe (U), which contains only 1 matter which mass M. Then the mater explode by its internal energy into 4 mater which all have same mass m, and have same distance each other x (forming triangular pyramid)., so we may say volume of the universe (U) is the volume of the triangular pyramid. The more volume of the pyramid, the smaller gravity Energy between masses.
Of course the explosion diminish total mass of matters (E=mc2) so 4m < M. The volume of the exploded universe (U) is the turning point from expansion to diminution.
How large the volume of the universe can happen ?
Imagine the explosion is very powerful, so m is equal to the smallest particle. Let’s say a foton or a neutrino. So Universe (U) has reach its maximum size it may achive.
Then gravity, put back the 4 mass into 1 matter. Back to its first volume. I think this is the connection between mass, energy and distance.
Implication from gravity as conversion between distance into energy is :
This depends on human understanding on smallest particle, weather it is neutrino or quark. I prefer to choose neutrino, because quark is not stable.
Let us define equation for this conversion
Energy = constant x distance = k * r
XX = constant x 1 meter
so XX is the equality constant.
Lets count it :
Neutrino mass (m) = 0.320 ± 0.081 eV/c2, which is around 5.7045179 × 10-37kilograms
Gravity constant(G) = 6.673×10-11N•(m/kg)2
E = G mM/r
= (6.673×10-11N•(m/kg)2 * (5.7045179 × 10-37kg) * (5.7045179 × 10-37 kg))/1 m
= 2.1714959 x 10-83 joule
E = constant x r
2.1714959 x 10-83 joule = constant x 1 meter
Conversion constant from distance to energy is = 2.1714959 x 10-83 joule/meter
Or conversion constant from energy to distance is = 1 / 2.1714959 x 10-83 joule/meter = 4.60512036 x 1082 meter/joule.
Which means 1 joule of energy is equal to distance 4.60512036 x 1082 meter between 2 neutrino.
woww..... what a very huge number !!
Thanks for reading.
If u agree with me, please share..... :)
Einstein from his equation E = mc2 reliaze that energy and mass are interchangeable. From my view, actually Newton had found connetion between energy and distance.
From His equation F = -GmM/r2
Gravity potential Energy = F.r = -GmM/r
Implication of this equation is :
The longer distance between two mass means gravity potential Energy become smaller.
This also means distance change into energy when two mass get closer, and energy change into distance when two mass get more distance.
In modern science, There is no distance and time limit at gravity to interact, which means (not like other fundamental force). Based on this fact, then I deduce that actually gravity is conversion from distance to energy.
Imagine there is a universe (U), which contains only 1 matter which mass M. Then the mater explode by its internal energy into 4 mater which all have same mass m, and have same distance each other x (forming triangular pyramid)., so we may say volume of the universe (U) is the volume of the triangular pyramid. The more volume of the pyramid, the smaller gravity Energy between masses.
Of course the explosion diminish total mass of matters (E=mc2) so 4m < M. The volume of the exploded universe (U) is the turning point from expansion to diminution.
How large the volume of the universe can happen ?
Imagine the explosion is very powerful, so m is equal to the smallest particle. Let’s say a foton or a neutrino. So Universe (U) has reach its maximum size it may achive.
Then gravity, put back the 4 mass into 1 matter. Back to its first volume. I think this is the connection between mass, energy and distance.
Implication from gravity as conversion between distance into energy is :
- No matter how small or large a universe, then there is a maximum size e of the universe can reach.
- No matter how small or large a universe, a particle / energy inside it can not escape from it. If there is force from outside the universe, it means adding some amount of energy to the universe. Which also causing maximum size of the universe bigger , but the particle is still bounded by the universe.
- We can assume a system inside a universe as a universe. For example : our solar system is a universe inside galaxy Milky Way universe, and milky way is inside our real universe.
- Even adding only 1 particle (foton for example) into a universe is “big violation” at “mass-energy conservation law”, because that particle interact to every mass and energy at that universe. The bigger a universe, means the more violation to the law. Except the “real” size of the universe diminish equal with the energy of the particle plus gravity energy of the particle to every mass and energy in the universe, so it is not violation.
- Gravity is the wrapper of a universe or
- Gravity define the size of a universe.
This depends on human understanding on smallest particle, weather it is neutrino or quark. I prefer to choose neutrino, because quark is not stable.
Let us define equation for this conversion
Energy = constant x distance = k * r
XX = constant x 1 meter
so XX is the equality constant.
Lets count it :
Neutrino mass (m) = 0.320 ± 0.081 eV/c2, which is around 5.7045179 × 10-37kilograms
Gravity constant(G) = 6.673×10-11N•(m/kg)2
E = G mM/r
= (6.673×10-11N•(m/kg)2 * (5.7045179 × 10-37kg) * (5.7045179 × 10-37 kg))/1 m
= 2.1714959 x 10-83 joule
E = constant x r
2.1714959 x 10-83 joule = constant x 1 meter
Conversion constant from distance to energy is = 2.1714959 x 10-83 joule/meter
Or conversion constant from energy to distance is = 1 / 2.1714959 x 10-83 joule/meter = 4.60512036 x 1082 meter/joule.
Which means 1 joule of energy is equal to distance 4.60512036 x 1082 meter between 2 neutrino.
woww..... what a very huge number !!
Thanks for reading.
If u agree with me, please share..... :)
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