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like to say, although the photon is oscillating, a vibrating particle might be a more appropriate term.
And if this is the case, and light by us is now re-evaluated as a particle that travels nowhere, then to give it a determinable velocity, even if a constant (c) is no more than a perverse analogy. This should theoretically mean, we have created an ambit
to move light at any velocity we choose, and thus provide a route
to rewrite Einsteinian physics, and make it possible for
the ships to arrive.
The whole crux of the argument is based around that constant, the (c).
For as we have already said, if light is a constant then no extraterrestrial life can arrive at planet Earth, regardless of how far advanced their vessel might be.
But by re-equating the value of light, we make the impossible, possible. Inevitably what we achieve is light becomes determinable not by light waves, but by gravity waves.
To further your comprehension of this, it's important to understand a (conservation of momentum). You might like to think of it like dropping a tennis ball on the floor, and with each bounce it loses a slight amount of energy. If you now imagine this not as a tennis ball but as waves, bouncing back and forth between two stars, you can assume the peaks-and-valleys within these waves gradually distance themselves.
This may show us, that all elementary waves are only ever a contributory factor within a strong wave, fluctuating between both bodies of mass (stars) in tandem.
By doing this, what we achieve, is an ability to allow all universal wave mechanics to distribute a denomination between themselves, and another point, equal in parity to its reciprocal body. And therefore, this endeavour permits us - as strong believers in extraterrestrial life, to postulate theory at this juncture, that time, on any universal dimension is no more than a concept on men's imaginations. And that belief can be vindicated later with measurable prediction.
But we must also demonstrate at this point, the difference between time of a universal dimension, and that of our own individual existence. In other words, we now seek to run two portions of time parallel to each other.
We might like to emphasise that phrase and call it: a time non-time parallel.
The fundamental reason for this, is to exhibit a distinction between Einsteinian special relativity, that concludes the velocity of light (c) to be a constant in a vacuum, and our own, alternative postulate which challenges Einstein's long held belief. And we don't stipulate this easily. In fact, it's very frightening to venture near such a postulate without feeling an enormous uneasiness inhabit my mind. But it has to be undertaken nonetheless if we are to offer credence to another explanation.
When we argue the velocity of light to be a constant, we can automatically attach time-frames to any dimension. This allows us to believe a clock may start ticking, and we can use the said clock as a unit of measurement. Yet in doing so, we have somewhat neglected Newtonian mechanics in the wider ambit of our initial discussion: And maybe to do so is meretricious by its nature.
For although there may be a demonstrative, very showy example on top, what lurks treacherously beneath the surface might be the prohibition of mankind's greatest ambition; passage into the great wide yonder to explore the most distant recesses of space.
In essence we could preclude man's adventures by limiting man's thinking.
If we are right here, and I do stress the importance of the word "If", then one of the most damaging examples of Einsteinian physics is, it only ever holds court with half the numbers it needs to fully show the way our universe interprets a concept slightly different from our own.
What we say, is our universe never discriminates against any other part of the universe, and all observers are literally treated as equal in the matrix's of things, unlike us, as individuals, that may naturally seek exemption from the prolife
Continued
Special Relativity 1.
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