i'll give it the benefit of the doubt and look forward to reading a complete theory somewhere in the future.<br /><br />but if you want to get an idea of how QM models incorporate geometry of point particles, charges, spins, and the forces, Graham Green's "String Theory", is a great book. He presents it as only a theory but there is some remarkable discoveries that have taken place because of the work done on it. And of course those discoveries lead to even more questions.<br /><br />for my part, its hard to get an idea of what aether is, what space is, because we don't even know what we are looking for to begin with. <br /><br />redshift, localized graviational fields, clusters, C, dark matter- we don't know what we are looking for, we don't know the question. Ipso facto- if space has properties, even wrapped up in multi-dimensional space, and the universe is the way it is...what's the question? <br /><br />should the universe be behaving differently? Are we wrong in the proponent of redshift? If we are wrong does it mean space is expanding and the galaxies are not moving according to newtonian and einsteinian (not sure if thats a word, heard it used though) physics? if space has properties, does it change anything in our models? Does it unify the forces? No. Unfortunately, it doesn't. there's still no unified theory, and there should be. otherwise QM could, in no way, give rise to a stable physical universe.<br />so we still don't know the question. <br /><br />the standard model explains the physical universe. QED explains the subatomic one. The bridge between is the problem. if you give the graviational force to the subatomic level as particles, well thats one way. if you give it to space and give space properties, thats another. so is the question, what is gravity? is it, what is space?<br /><br /> were looking for answers, but instead we keep finding more questions. <br /><br />they are so close to finding it. so so close.<br /><br />i'm sure you're tire <div class="Discussion_UserSignature"> </div>