Traveling through space to distant planets and stars is very unlikely due to the inability to travel at speeds faster then light. Until now - Rodney Kawecki is the first physicist to develop a formula for faster then light space travel. Unlike most theories that indicate time travel these theories are manufactured on the idea that a white wormhole can be formed in a modern laboratory. The process of such a work is being preformed by a Dr. Robert Mallet physicist in modern physics at Penn State University in 1975 he believes he can build a time machine by using laser beams laid out in circler spiral's at great amperage voltage's. His idea includes creating a wormhole to receive or send messages from the past. The physicists name is Ronald Mallet of Roaring Strings Pennsylvania.
Modern physics is the development of theories explaining the existence of atomic energy and matter. It was Albert Einstein whom in 1905 who was the first scientist to develop a theory constituting a light constant. Also known as the universal speed limit. Einstein showed why and how the speed of light is the fastest anything can travel in the Universe. In 2008, Rodney Kawecki of Los Angeles California developed a new theory that allowed for faster then light space travel within the standard model that the scientific community believes and has accepted as logistic theory. General and special relativity are the governing formulas in modern physics.
Rod Kawecki developed a new theory he says acts as an extension to the light constant that puts a speed limit on space travel. The extension also known as the Kawecki Constant allows traveling at speeds close to twice the speed of light based on the interstellar negative density field. Even though earlier physicists did not discover this formula at the time relativity was being developed. New technologies have entered the arena of science those that act in conjunction with relativity but are of a different nature.
Timer and space are the adjoining elements, which physicists use to explain the possibility of time travel. But it is the broadness between the planets and the stars that keep mankind from having the ability to travel to these far off areas in space. For this reason superluminal theory is of great importance in science. The closest star to the planet earth is some five light years away. A light year is the distance of travel traveling at the speed of light for a year. But what also happens when traveling at this velocity is traveling through time or the fourth dimension. When traveling at close to light speed the ship and its crew travel into the future as a result. These problems are what make space travel so problematic. Because Quanta Physics has been able to develop the first theory for faster then light speed space travel. There still exist the problem of traveling through the fourth dimension. This makes space travel at gigantic velocities problematic as a theory. If some one could create a sound theory as Quanta Physics has for FTL speed for space travel to speeds even greater then 372,000 m/s. The outer space field would become a beautiful planetary terrain.
Research on this problem in modern physics and faster then light speed space technology has been given great thought by quanta physics physicists to discover a theory that would allow for faster then light space travel at endless velocities. Given long thought it has come to focus that even though there exist a time phenomena at the thus hold of traveling at faster speeds then the speed of light. Quanta Physics study has developed its theory in reverence with using the fourth dimension and bringing time travel into a full circle with relativity. Meaning that at the speed of light one travels into the future but when traveling at speeds greater then light one travels into the universes past. By generating a problematic system between these two coordinates. Quanta Physics has developed a system to use traveling into the past to make up for traveling too far into the future. Thus a spacecraft can return to the present time of departure.
But space travel and the fourth dimension is a lot more then the past, present and future of time. If the physicists wants to travel to planets and stars far beyond their reach a new theory has to resolve these specific matters of time. As a time travel theory traveling though interstellar space means traveling within a negative density mass that which as being negative increases in its negative potential to resist and overcome objectal propulsion. With this in mind we can review the fact that as a ship or space vessel travels though empty space and accelerates. The negative density mass decreases also. The vacuum actually decreases but only up to a specific density. That density has been measured. Those density numbers meet with the negative density field measuring close to 10-240 with today's mathematic density sums. To Quanta Physics and its increase of the light constant thus increasing the big bang probability and negative density volume sum. The density because of the Kawecki Constant from the Universes negative density was mathematically configured from relativity in 1926 the negative density also extending from String theory descriptions of its ten dimensions. The Universe seems to be a lot larger then earlier twentieth century scientist believed. The negative density volume constant thus in Quanta Physics has been measure to be 10-480. Increasing the negative density field at the time of the big bang to some three times its earlier predicted mass.
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