Giridhari Unified Field Theory


Universal Fields

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Three fundamental forms of energy are,

Ee, electric
Ek, kinetic
Em magnetic


Each exists in two forms:

potential [fields],
free [radiation]




This gives us electrical energy, and electrostatic energy,
kinetic energy, and kinetostatic energy (currently considered to be called Gravity),
magnetic energy, and magnetostatic energy (or magnetic fields)

All other forms of energy are based (or compounded) of these free and potential forms


including: Mass,
Nuclear forces

The structure of mass
Mass is compounded by the layering of energy of many photons, which are coiled lke the bicycle brake cable can be coiled before it is put in the sheath... like when you buy a new one, for safe storage for example. This coil orbits a theoretical centre in a spiral, and itself coils on itself again lie the bike cable, further and further until a fluid property of field expression presents or appears around a radiated toroid, making fundamental objects with mass that are basically spherical
The energy is harmonic with itself, and tends toward condensation as a single body with a speed of light wavetrain in a tight orbit, with many photons in it. This gives it properties such as independence from free energy in radiation form, such as, that it's momentum exists even when it is at rest
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Einstein's relativity relies on time to erect a inertial frame of reference.
However, superlating this, I propose that time does not exist

Instead, that is, in it's place there is momentum.
What, you ask. How can time not exist?
It is like this:
Whilst we have constructed timepieces to synchronise our goingsabout, and while our goingsabout are real, and while there is a pause between the passing of the zeroeth second and the first on a clock etc., there is nothing in the universe that you can put in a container and call it time.
All you have to do is consider what makes a clock go.
Indeed, if you are a photon, and therefore travelling at the speed of light, you never experience time.
And yet we exist and coexist in the same universe as photons without a thought about this.
Rather than argue this point to exhaustion, I will explain momentum in it's own terms.
All oscillations have a momentum. The procession of the planets, the orbit of those celestial bodies, the galaxies, the whole universe is oscillating at some frequency of other.
And you may say that well, yes, and these things do not happen at the speed of light, so they do take time to happen. And I would have to agree. The context in which this use of the word "time" is important. It is real and not practical to argue that across the human race we never speak of time in this sense again.
Now, you may ask, what is the difference between this contextual time, and time itself?
Consider the universe before Einstein. Energy was consiered real, but not understood to the same extent as it then became after relativity, when we could look at a small piece of matter, and calculate how much free energy there was in it if it was completely liberated as electromagnetic energy, by E=mc²
Also, before the Earth was know to be a round spheroid, people considered it flat. It stayed flat forever as far as one went, so it *had* to be so, flat.
It is a paradigm we are considering. I propose, in all due respect of Albert Einstein, that theory before this one should recognise time unless life requires otherwise.
So why is it useful to consider the universe as being without time, but having momentum which carries it onward in is procession of a wave or oscillating frequency?
It is useful because as soon as on tries, one sees it for what it really is.
It allows us to understand more clearly what the universe is made of
Everything in the universe exists at the same time
Co-contributor Professor Brian Cox
That is, everything happens simultaneously
This means observation of celestial bodies is simpler, as the light may take a while to get here, but the light that is here is no older than the light leaving it at the same moment


There are waves.

Thee are periods of waves.

There are wavelengths measuable in SI distance units such as metres.


Processes that function correctly oscillate between a state of action and recvovery



Energies which oscillate have a period and an orbit and a wavelength.
Now you have read this far, and when I type without time but with momentum there are two things which I can report:
That it is harder to type, yet it is more pure a reality, though having bever been typed before in my existance it is therefore a fair amount of work to overcome in order for me to type it.
Once typed however, it is clear as can be that it is indeed possible for such a reality

This is relaxed when I mention that I believe and understand this reality as I describe it.
If I now refer back to the universe with the photon... this photon never sees time and yet we see photons (all the time :)
Might I suggest one consider that by using chromometers constructed of matter comprising electromagnetic energy (protons, neutrons, electrons and momentum and mass) that we actually "create" a phenomenom that is and has an electromagnetic signature which we could easily confuse as being time? And by synchronising our chronometers we could become oblivious to this pseudophenomenom? That we could even believe it??
Don't believe it. Don't be fooled so
Neutrons: are in fact a magneton with a magnetic charge but no electrical charge due to their being comprised of what happens if one allows a electron to be absorbed into a proton, possibly an occurrance at 0.0 Kelvins but possibly causable through suitable electrostatic interaction such as a laser cooling system
We must be able to coexist with the photon as we accept they are real and they are clearly defined by physics to have an electrical component and a magnetic component. What I propose above is that they also have a kinetic component. You say, well, of course. But we don't describe them as such, when I think we should.

Structure of a photon A photon is the same as conventionally considered, but additional to the two waves of electrical and magnetic energy is a third, kinetic energy wavelet
Light has a constant speed c = 2.99x10⁸ m/s
Now it is said that im a dense medium light slows down
I say this is nonsense!
Before you aregue about experimental fact, let me qualify my assertion: in a dense medium such as glass, light must navigate a longer path than it does in a vacuum. This is because light is electromagnetokinetic energy. The electrical and magentic properties of light cause it to interact with the crystal or ather molecular structure of the medium and it is refracted around the charged nucleons and electrons. This causes a lengthening of an apparent straight path. Because light photons have no mass, and only momentum, and due to Conservation of Energy, light recovers from this refration to - and fro as it passes through the medium and elastically it's path is preserved as a straight line
Rare-Earth magnets (and magnets in general)
Contain superconducted electric currents, but cannot support additional current as the elctrons in question already are occupied by the current they conduct
How else does the laws of physics account for the strong permanemnt magnetic fields? There must be a corresponding electric current in the equation