Special Relativity; mass, distance, time

[sunspot]

If we look at the equations of special relativity that only things that vary between references is mass, distance and time. While the laws of physics will be the same in all references. To put this in perspective, if one conducted physics experiments on a relativistic spaceship they would reach the same results as someone performing the same experiments on the earth. If after a hard days of experiments, one decided to trim their fingernails and exjected them from the spaceship, if these small protein fragments hit the earth, they would pack the punch of something from a supercollider.

 

In spite of all the particles being so energetic within the spaceship, the three variables of special relativity will compensate such that the laws of physics remain the same. What this implies is that all the laws of physics can be expressed with just three variables, mass, distance and time.

[swansont]

Rest mass is invariant under a Lorentz transformation. How do you express the laws of electrodynamics with only these variables?

[sunspot]

The only thing required is to slightly redefine mass, distance and time as mass potential, distance potential and time potential. Mass potential is straight forward and is very similar to the traditional definition of mass. During nuclear fusion the mass potential will lower. Distance potential is associated with all things which express or interact via distance instead of being in static compression. This includes distance, force, charge, motion and entropy, etc. The electron needs to lose distance potential to become part of an atomic orbital. Time potential requires one rethink the nature of time. One needs to look at time as quantum potential. For example, the universe began will so much time potential. When it is used up the universe will end. This initial quanta broke down into the time potential within common matter. It will takes billions of years to use up their time potential via the forces of nature.

 

These three variables can convert into each other, i.e., mass potential can change to time potential; time potential change into distance potential; and distance potential can become mass potential. Energy has no mass or no mass potential, but it has distance and time potential which is expressed as wavelength and frequency. With this simplification one can piece together the laws of phsyics using only these three variables.

[Klaynos]

The only thing required is to slightly redefine mass' date=' distance and time as mass potential, distance potential and time potential. Mass potential is straight forward and is very similar to the traditional definition of mass. During nuclear fusion the mass potential will lower. Distance potential is associated with all things which express or interact via distance instead of being in static compression. This includes distance, force, charge, motion and entropy, etc. The electron needs to lose distance potential to become part of an atomic orbital. Time potential requires one rethink the nature of time. One needs to look at time as quantum potential. For example, the universe began will so much time potential. When it is used up the universe will end. This initial quanta broke down into the time potential within common matter. It will takes billions of years to use up their time potential via the forces of nature.

 

These three variables can convert into each other, i.e., mass potential can change to time potential; time potential change into distance potential; and distance potential can become mass potential. Energy has no mass or no mass potential, but it has distance and time potential which is expressed as wavelength and frequency. With this simplification one can piece together the laws of phsyics using only these three variables.[/quote']

 

You have not answered swansont's question.

[Dave]

Moved to Speculations.

[sunspot]

The initial theory that I posted was connected to all the laws of physics, from reference to reference, being adjusted by only mass, distance and time relativity. This implies that only these three variables are needed to define the laws of physics. This conclusion is based on,simple logic. If this was not true, it would imply that the laws of physics would be reference dependant since relativistic mass, distance and time would not be sufficient to compensate for the changes needed between references. This is not speculation but is based on logic. The speculation begins when I attempted to show how it could be possible. One should separate these two different things since, we all have a opportunity to advance physics.

 

The laws of electrodynamics is hard to explain in a few paragraphs, especially since nobody has any background in MDT analysis. Instead I will do something simpler. If we constrain ourselves to only the three variables, all particles can be modelled as combinations of mass, distance and time potential. The electron is mostly distance potential. It likes to exist in motion and/or within orbitals and has charge/magnetism which can act at a long distance. It also has high time potential since it can last as long the universe. On the other hand, it has only a small amount of mass potential since it is so light. Putting this together, an electron would be generically expressed as (D,T,m)

 

The electromagnetic force will only effect the distance and time potential of electrons to form EM energy. EM energy has no mass, but has distance and time potential or wavelength and frequency. The electron becomes (D-,T-,m) while the EM energy output is (d,t, m=0).

 

The neutron is generically (T,M,d). The neutron is mostly time potential. It will be the last particle standing near the end of the universe. It has high mass potential which we measure as mass. But its distance potential is quite small, implicit of it interacting strongly only at the short distances of the nuclear forces.