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The Tanometer - light speed amplification hypothesis
Presented By Mike W. Boitano
It is a real thing that I have constructed to demonstrate the needed speeds of acceleration necessary to travel the great distances of Space. While I did use the term for My latest Sci-Fi story, I have been working on the hypothesis for years.
I have consulted and discussed the ramifications with some very astute individuals, however I have the feeling that the reason why they refuse to publicly discuss this theory is that they believe it will kill the desire of the public to fund future space ventures. Because, when You see the speeds necessary to complete space travel effectively and the current rate of speed it becomes immediately apparent that We will never see space travel at light speeds in any of Our lifetimes.
However, if in the future an individual can crack the enigma of breaking the speed of light, and then reaching the tanometer effect, ( at least 100 times to 100,000 or greater than the speed of light) it will then finally be possible to travel through space at an effective rate so that human beings can make a space journey in their own lifetime.
The various rates of speeds needed to travel space -
Current rate of average highest obtainable speed in space:
67,000 miles an hour.
670,000 miles an hour.
6,700,000 miles an hour.
67,000,000 miles an hour.
The speed of light à 670,000,000 miles an hour. *
6,700,000,000 miles an hour.
67,000,000,000 miles an hour.
670,000,000,000 miles an hour.
6,700,000,000,000 miles an hour.
The tanometer effect à
67,000,000,000,000 miles an hour. ***
670,000,000,000,000 miles an hour.
6,700,000,000,000,000 miles an hour.
670,000,000,000,000,000 miles an hour.
The Uni-meter à
6,700,000,000,000,000,000 miles an hour. ***
The tanometer’s effective speed of one hundred thousand times the speed of light would allow humans to explore deep enough in space to effectively conduct experimentation on the evolution of life.
The Uni-meter’s effective speed of one billion times the speed of light would allow humans to transverse the Universe within fifteen years, allowing an equal time frame for a return trip back to Earth, then the average human could conceivably travel across the Universe, conduct events and return all in one lifetime.
NOTE: The theory of the Tanometer light speed amplification theory of course will be reliant on similar breakthroughs in navigation technology principles, else We would fly into some kind of matter sooner or later at “Warp speed”. Not bad for an atomic accelerator experiment, but terrible for a human.
Hi,
Well I have read your entire email and I did not see any details of this
theory that you mention. Please recall that any good theory in science
must be based on observable data and be testable, and not upon one's
imagination or personal thoughts.
The speeds which you are discussing below, how will they be achieved in
terms of propulsion? If there is such a propulsion that could achieve
such speeds, how would one accelerate to such enormous speeds without
causing injury to the spacecrafts occupants?
Dr. 'Glee'
11-11-2007
Greetings Dr. 'Glee',
Thank You for the prompt response. The purpose of this exercise is to demonstrate to the average person the enormity of space, and to put into perspective the incredible times and speeds involved in crossing such expansive areas.
So, this “hypothesis” of mine had to be premised on the obvious presumptions that the laws of physics will be expanded, eventually. My pattern of thought follows;
Theory expressed: It will take exponential amplifications many times beyond the speed of light to obtain the necessary rate of propulsion to navigate large expanses of the Universe. It seems that it would take the ability to travel a billion times faster than light, to travel in Our lifetimes across what We now can see with telescopes.
(1) If the super computer speeds to detect, calculate and then navigate the Cosmos at super-light speed are invented beforehand;
(2) Next, if the propulsion system(s) capable of these kind of insurmountable Physical speed(s) is eventually overcome somehow, someday;
(3) Could it then be postulated that these rates calculated below and marked ‘various rates of speeds needed to travel space’, be accomplished and correct?
Thanks again, Mike
© 2007 Mike W. Boitano
All Rights Reserved. This material may not be published, broadcast, rewritten, or redistributed.
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