Gravitational Waves Can Only Be Compression Waves
Seamus McCelt · viXra · 2017
Space-Time Doesn't Have A Surface To Ripple The fabric of cannot like they say. If you have 2 bowling balls on the surface of swimming pool water and attach them together and spin them -- yes, they will create the sine wave traveling ripple. But if the bowling balls are underwater -- completely immersed in the water -- the traveling ripple will NOT be able to propagate (happen) and it will immediately fizz-out. There is no mechanism to keep the up and down movement going whilst under water. Black holes and or neutron stars are also completely immersed in space-time. Space time is filling space -- everything is completely immersed in it. Gravitational waves cannot be transverse ripples like those on top of water. One type of wave that a gravitational wave can be is a compression type wave -- like sound. The funny thing is: even though they designed the detector for the wrong type of wave -- the detector can detect the other type -- the compression wave.. A compression would be easily detected by LIGO