QGD predicts the opposite by suggesting that space is finite and discrete (that is, there is a limit beyond which space cannot be subdivided). Continuity of space implies that between any two points in space, however close they may be, there lies an infinite number of points. We all have been taught that space is infinite and continuous (that is, it can be infinitely divided into smaller and smaller regions). First axiom of QGD: space is discrete, finite and dimensionalized by preons(-)
I will explain here what the results of the OPERA group mean according to QGD, but before I do I will ask for a bit of your time in order to introduce you to the basic but distinctive ideas that set quantum-geometry dynamics apart from current dominant theories. Not only did QGD predict superluminal speeds but it also explains why neutrinos are more likely than other particles to achieve such relative speeds. The reason is that I had specifically predicted such superluminal speeds in my treatise on quantum-geometry dynamics well over a year ago (see ). As for myself, though I was surprised by the unexpected news, the results of the OPERA group didn’t find me unprepared. None of the dominant theories had predicted, much less can explain the results. The news about the superluminal neutrinos caught the scientific world by surprise. When the news of the results of the OPERA group indicating that they had measured neutrinos that were travelling faster than the speed of light and that Einstein may be proven wrong, enthusiastic friends and family emailed or called to let me know that what I had predicted over a year ago was now being confirmed. But the article Icarus Measures Superluminal Neutrinos underlines that is that the actual data shows measurements of neutrinos speeds in excess of the speed of light and that only the theoretically biased interpretation refutes relative superluminal measurements.
UPDATE- since the following article was posted in September 2011, new data appears to indicate that neutrinos have not measured speeds in excess of the speed of light.