You lack one thing- Answers. What is your answer if the force of the universe is increasing? or if you want, the acceleration of the universe is increasing? You are very negative at discounting some one else concepts with out a true understanding how about countering it with your own?
Here is more indirect evidence
The first indirect evidence of gravitational waves came from a binary pulsar system (PSR1913+16), a pair of neutron stars spiraling towards each other. In 1974 the first signals from the binary pulsar system were discovered with the biggest radio telescope in the world (305 meters across) located at the Arecibo Observatory in Puerto Rico. Scientists observed the system for the next 20 years, and the radio signals showed that their orbital periods around each other were decreasing at exactly the rate predicted by General Relativity, assuming the two stars were losing energy in the form of gravitational waves. Joseph Taylor and Russell Hulse were awarded the 1993 Nobel Prize in Physics for this observation and interpretation.
Now please say something worth merit towards actually understanding some of the problems i have answered, right or wrong. You have characterized me incorrectly to fit your own needs. I am very open to any logic at all. Force constant is the conclusion that seems to fit two observations. Again--- Experimental evidence Indirect effects have been observed. Observations of orbiting binary pulsars give strong evidence for the existence of gravitational radiation: These very massive neutron stars rotate around each other at a very close orbit and emit radio signals which are extremely regular pulses of a few seconds repetition period. Comparison of this repetition period with atomic clocks show that they are nearly as accurate as the latter in keeping their pace, but do get slower with time. This loss of speed is so minute that only comparison with atomic clocks can reveal it, but its amount is precisely consistent with the loss of kinetic energy which should be emitted as gravitational waves according to general relativity calculations.
Physicists
Russell Hulse and
Joseph Taylor were awarded the
1993 Nobel Prize in Physics for this observation and interpretation.