Light and Gravitational Waves with the Progress of Einstein’s Ideas

[HIENVN]

Einstein, Albert (1879-1955), was one of the greatest scientists of all time. He is best known for his theory of relativity, which he first advanced when he was only 26. He also made many other contributions to science (Word book 2001).

There are three steps of Einstein research that I learned from his history, which I think these steps just relate to light and gravitational waves.

1/ Special relativity theory (1905): is dealt to the light with “nothing goes faster than the speed of light” and the famous equation E equals m times c-squared (energy equals mass times the velocity of light squared).

2/ General relativity theory (1915): is based on special relativity theory and dealt to the gravitational waves with Einstein's 1916’s prediction for gravitational waves that the scientists do not discover yet on the earth. Einstein declared he doesn’t need Newton’s theory for his general theory.

3/Unified field theory (in the end of 1920’s): is dealt to a “single secret of the universe.” Einstein rejected the value of quantum theory and even a part his relativity theory to accomplish a unified field theory that he never reach it.

Although I can not accomplish unified field theory, but I would like to show one brief reason that is the cause of the failure of Einstein’s unified field theory: “Einstein’s equation is wrong.” The wrong of that equation can be proved by quantum theory or by an improvement of Newton’s first law. Scientists of quantum theory can prove the wrong of Einstein’s equation in the context of matter. The improvement of Newton’s first law will prove that equation violate a single secret of the universe, which Einstein can’t find out in his last life.

Einstein was the scientific genius when he introduced gravitational waves, but a wrong of his famous equation is the main reason that he could not display enough the nature of these waves in his 1916’s prediction and was leaded to the failure of his unified field theory.

Although I respect Einstein and over 50,000 people around the world are hunting for the gravitational waves predicted by the great physicist nearly a century ago, Thousands join hunt for gravitational waves - space - 14 March 2005 - New Scientist Space, but I would like to have an idea that they should reconsider the prediction of Einstein in 1916. The prediction of Einstein may not enough to discover the gravitational waves, which these waves are covering our earth and entire the universe.

- Einstein@Home principal investigator Bruce Allen of the University of Wisconsin in Milwaukee, US, said (18:39 14 March 2005, NewScientist.com news service, Maggie McKee): “If we found a signal in this way, it would be an exceptional moment for both theoretical and experimental physics," he says. "It would also be the first such scientific breakthrough that was enabled by public distributed computing."

- Despite their best efforts, the scientists of gravitational wave's centers have not yet been successful in finding gravitational waves on the earth. To expedite the process of finding gravitational waves, the European Space Agency ESA ESA Science & Technology: Home page and the National Aeronautics & Space Administration NASA NASA - Home decided to work cooperatively on a program that they named LISA Laser Interferometer Space Antenna , which stands for The Light Interferometer Space Antenna. Their plan is to launch three satellites into orbit around the sun in 2017. These satellites will keep a constant distance between them and will communicate with the gravitational wave centers in order to detect gravitational waves from the universe, ESA Science & Technology: LISA.

However, LISA would not need to launch three satellites into orbit around the sun in 2017 (to discover gravitational waves) if their scientists study more for Einstein’s unified field theory rather than for his general relativity theory. The nature of unified field theory will confirm gravitational waves are an exclusive kind of energy that scientists can discover these waves in their laboratories.

 

HIENVN

[viscount aero]

what are the gravitational waves comprised of, per einstein's theory? are they theoretically math-based only? are they related to gravitons?

[coldcreation]

...snip... LISA would not need to launch three satellites into orbit around the sun in 2017 (to discover gravitational waves) if their scientists study more for Einstein’s unified field theory rather than for his general relativity theory. The nature of unified field theory will confirm gravitational waves are an exclusive kind of energy that scientists can discover these waves in their laboratories.

 

HIENVN

 

I'm sure you would like to tell us how the unified field theory can confirm gravitational waves are a kind of energy that scientists can discover in their laboratories.

 

Why place so much emphasis on gravitational waves. These are just one aspect of the general theory. Just about every other prediction has passed the test. It is possible, that G-waves do not even exist (that is at least my prediction) or simply that they will never be discoved because of technical difficulties.

 

What do you mean by "gravitational waves are an exclusive kind of energy"?

 

CC

[firecracker]

Dear Heinvn,

Either you didn't say what the 'wrong' was or I somehow missed it! I would like to read more on what you think.

firecracker