the universe, it certainly begins to look like some kind of hub. The connections/links should pass through each other. But (1) how they stack and (2) how big they can get (in terms of diameter) will require some discussion. Every particle in a star has (a) internal connections, but more importantly, (b) has connections to every particle on a nearby planet that is orbiting this star. If, for the sake of discussion, every connection has a diameter of one angstrom, there will certainly be a lot overlapping of links transmitting momentum and gravitational force effects. But lets say we go outside at night and look at the stars. We see the photons from a star 20 million lightyears away. We acknowledge that it's wave front, 40 million lighyears in diameter and an area of 4pi(20 million)^2; as a really big "hub" of bazillions of links; we admire that it lands upon our eyes (1cm^2). It just collapses into our eyes giving the appearance of an "instantaneous" information event. The photon of energy suddenly and instantaneously picked one link to manifest its hf energy. The event makes us start to wonder if there are superluminal events occuring to govern this "wave collapse". As the photon gives some electron a good kick, maybe we can imagine the bazillion of photon links suddenly all snapping in acceptance that the photon has ceased to exist. But what if the connections are really attached to the energy itself? This is where Physics and the Diety