Motion results from d, matter from t. Heat results from d, cold from t. Dark space is all t, light space near a sun is d, the wise do not approach. Death begins with d is true.
Exd = tachyon - capable of multiples of light speed depending on exd constant or field density near degenerate suns
Exd is ex-disintegrance.
The exd particle is the ash of transformation. The in-falling or condensation of exd into matter creates friction causing gravity.
Friction is interference since this energy moves in waves and can be collided against itself generating resistance and solid matter.
The universal exd friction constant is one drag unit per 50 times light speed. To counter this resistance star ships require gravity polarizing motors that reverse the dis particle pressure allowing the ship to glide across the exd flow field.
Matter impacting the force screens at such velocities feels just like a ship on the ocean.
Pilots navigate through telemechro stations merging them directly into ships computers.
Star Drive
Re: Star Drive
Interstellar astrogation: at the mid space point between two attracting bodies lies a thin zone of neutralization where all matter is weightless.
Starting a star trip anywhere else would be impossible. There would be too much mass to overcome. It would be impossible to achieve the needed acceleration quick enough.
The first light speed is achieved with a light impetus but as the interstellar space ships move into as much as fifty-speeds, the ether drag increases on the order of one unit of drag to fifty units of light speed.
Thus, the required impetus needed to achieve one light speed is increased by one for each additional fifty light speeds.
Light speed is due to escape velocity on the sun which is not large. This speed is a constant to our measurement because the friction of exd which fills all space, holds down any increase unless there is more impetus.
The escape velocity of light from a vaster sun than ours is higher, but once again exd slows the light speed down to its constant by friction, so that when it reaches the vicinity of our sun, no appreciable difference is to be noted. A body can travel at many times the exd constant under additional impetus such as rocket explosions.
A ship whose weight is reduced to a very little by reverse gravity beam can attain a great speed with a very small rocket. Once beyond the limits of matter gravity ceases and the ship becomes weightless. Speeds over that of exd constant must be under constant impetus, for the friction slows them down quickly again, especially so in the case of solids.
Starting a star trip anywhere else would be impossible. There would be too much mass to overcome. It would be impossible to achieve the needed acceleration quick enough.
The first light speed is achieved with a light impetus but as the interstellar space ships move into as much as fifty-speeds, the ether drag increases on the order of one unit of drag to fifty units of light speed.
Thus, the required impetus needed to achieve one light speed is increased by one for each additional fifty light speeds.
Light speed is due to escape velocity on the sun which is not large. This speed is a constant to our measurement because the friction of exd which fills all space, holds down any increase unless there is more impetus.
The escape velocity of light from a vaster sun than ours is higher, but once again exd slows the light speed down to its constant by friction, so that when it reaches the vicinity of our sun, no appreciable difference is to be noted. A body can travel at many times the exd constant under additional impetus such as rocket explosions.
A ship whose weight is reduced to a very little by reverse gravity beam can attain a great speed with a very small rocket. Once beyond the limits of matter gravity ceases and the ship becomes weightless. Speeds over that of exd constant must be under constant impetus, for the friction slows them down quickly again, especially so in the case of solids.
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