<font color="yellow">I hope that somebody would tell me a good reason why this theory is not a good theory in respect to standard theory.</font><br /><br />The book argues that general and special relativity are wrong, when we test them every day and have yet to find them wrong. We have too many observations that confirm GR and SR, to dismss them. GR and SR are confirmed by all the experiments done at particle accelerators like CERN, and are confirmed by the need to adjust the internal clocks of our GPS satellites because time dilation.<br /><br />So, if every atom in the universe is expanding, but space is not, like the author states, why do the relative distances between objects that are orbiting another object not decrease? If the Earth and the Moon are getting larger, but space isnt, someday they will touch each other. Is that correct?<br /><br />For the Earth to be expanding enough to "push against our feet", wouldn't that imply that it grows rather quickly? But if space doesn't grow too, surely things will soon start bumping into each other? How does the Moon stay at the same apparent distance from us, if both the Earth and Moon are expanding, but space is not? <div class="Discussion_UserSignature"> <p><font color="#ff0000">_______________________________________________<br /></font><font size="2"><em>SpeedFreek</em></font> </p> </div>