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exploded long before alien spaceships journey was even attempted. That is, of course, if you apply modern scientific criteria to the time equation. However, we chose to circumvent those standard beliefs and formulated our own set of physics to allow us or any aliens an ability to move from point A to point B at any velocity we so desire: Whether that is at the velocity of light, light+1, light+2, or any other accelerated speed that might facilitate our journey, yet still protect any occupant on board the craft.
To achieve this delicate task we spoke explicitly about time. We considered a time non-time parallel in conjunction with ordinary time frames more appropriate to meet the necessary criteria desired by any galactic traveller.
Basically we set out, initially to remove time, or sequestrate it, as we said, from the original concept. We intended to create weightlessness inside the vessel.
To do this we employed, as part of our strategy, Newtonian equal opposites: (For every action there is an equal and opposite reaction). And
for spaceships spacecraft and ufos this methodology might unfurl like thus:
As an outer shell rotates in a clockwise direction, an inner shell would rotate equally, and proportionately in the alternative direction. One motion offsets the other perfectly. It's the same principle as Einstein's clock racing through space, only here we allow the clock hands to spin backwards equally and proportionately to the forwards motion, as we previously mentioned.
So what we would now expect is, as our craft, with a dual application commences its journey, an outer shell might turn clockwise, while a second chamber moves alternatively in the other direction. If we now introduce a third chamber, what we would call a capsule, where any traveller might occupy, then we should naturally assume this extra, third chamber may move as a free moving object: That principle of equivalence which stipulates, (all objects in a vacuum fall equally): Or weightlessness!
At that juncture, we may insist conditions for our astronaut could be just as hazardous, because although we have stripped away gravity, with its hostile G-force from the equation, to leave our traveller in a weightless environment, regardless of velocity, he may still experience other detrimental problems: Bone erosion, cardiovascular trouble and general sickness.
And so we have to perfect a system to overcome these nightmares, and ensure our traveller has an adequate amount of gravity on board his craft, equal to that of his home planet.
To simplify matters, we now say, if a level of gravity is reintroduced under Einsteinian special relativity, then a clock on board his spacecraft will reflect a clock on his home world.
But to achieve this, electromagnetic forces would need to be introduced, so that third chamber recognises a restriction. You might like to think of it like driving your car with the handbrake on. The principle would be strikingly similar. We should introduce an equation for that, and determine, as we removed the velocity of light, that constant measured as a mathematical (c), all standard time may measure: (m=e²): Or mass equals energy squared. Or what we term simply, the convergence of energy to mass, proportionate to its duration, or life cycle while in transit. The velocity of light no longer plays a role for us as we sequestrated its transmission speed by placing light central to any two bodies of mass (stars) and moving it towards two observers, two directions simultaneous.
And although we haven't shown an equation for this yet, we will now do so, just to prove an immediate accuracy to what we discuss.
If we said X is placed central to any two bodies of mass (stars), as this point, theoretically, could never be accurately predicted, then we might still use the (c), that constant as a measurement. To change its content may prove difficult for the reader, so we'll stick with it.
When light moves towards two observers, around
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