==Heim Theory NPOV==  
 I'm knew to Wiki, but I understand you restored a warning to HT saying "Restoring a rephrased POV warning. This theory at present has no empirical confirmation and many physicists doubt its fundamentals."  Pro, consider " Heim Theory correctly, and is the only theory, that correctly predicts the particle masses from first principles. I fail to understand why that is not a "slam dunk" empirical confirmation. I have a physics degree. I do not doubt its fundamentals. It's the same theory as Loop Quantum Gravity with a different starting point. It quantizes spacetime and thus unites General relativity with quantum mechanics. Why do we have to keep on going with these warnings with people that are not physicsts? Yes, I made an assumption? Am I right?. Take Care!Will314159  

 AFter looking at your background I see that you are a programmer. I have long used Opera because of its magnification feature, tabbed openings and voice feature. I've recently been using firefox too. I appreciate you being a firefox contributor. I like its tabbed feature  better than Opera's. Its magnification feature with "control +" is easier than Opera's but it doesn't magnify the images on the web page. they turn into a mess.  Back to the Heim theory. Being familiar with programming, this may give you its flavor. From a post by "sophisticated_zombie on the phsyorg bulletin board, it describes in a nutshell where the quantum numbers come from "Its not a lattice being imposed on space-time. The lattice is space time. The hypervolumes" within the lattice are nothing. The connecting edges are everything. The only reason that you even have to define the "shape" is to get the winding orders and connectivity of the nodes correct. Its essentially a discrete graph theory of the nature of space time. Personally I love it, as it makes more sense to me than most of modern physics. Then again, I'm a computer scientist.  All in all, I think Heim theory is essentially loop quantum gravity with some smart starting points. Since those starting points lead to very accurate predictions of particle masses, the starting points and metron concept may be close to correct. I'm eager to find out what the [experimental] mass of the neutron[i] is." P.S. I don't know how to do line breaks in the talk pages without everything going screwy. sorry for everything running together."Will314159