Technology Review: By measuring the timing of pulsar signals and looking for variations, some astronomers believe that they will be able to find evidence that gravitational waves have passed through pulsar star systems. George Hobbs at the Australia Telescope National Facility in Epping and other astronomers are aware that they face significant difficulties, however. They have to compare actual measurements against model predictions, then account for any differences that may be caused by such factors as interstellar turbulence and variances in timing methods. Hobbs believes that any remaining differences would be the result of gravitational waves. He points out that there will be more data to work with as new pulsars are discovered and ever-more-sensitive radio telescopes are built.
Physics Today News Picks
Written and selected by Physics Today staff.
When we say that we are trying to identify gravitational waves, do we know what exactly we want tο do;
-We know, what we are trying to identify?
-We know, for something about these gravitational waves, that trying to identify?
-We know, even of one characteristic of them?
-We know, if or if not there are?
-We know, how these waves create gravity?
-We know, from what matter are these waves made?
-We know, how they interact with matter?
So, after of all the above questions, if we calculate something: will it have even the slightest importance? Or will create more questions?
I write, all these thoughts, because I have proven that gravitational waves do not exist and that physics do not need these waves. I believe that this whole story of gravitational waves is a product of our great imagination.