Talk:Sam Wolowitz/@comment-2.84.208.144-20160202014409

== Virtual subluminal (sub-lightspeed) sphere == The Universe is acceleratively expanding. The whole Universe recedes from any arbitrary observer, faster than the speed of light in the void (ultralightspeed expansion), except from an enormous imaginary sphere which surrounds each beholder. The region inside that imaginary unique and personal sphere doesn't recede  at an ultralightspeed rate  - on average - in the eye of each beholder. Quantum information cannot travel faster than the speed of light in the void. Only underlightspeed expansion allows the transmision of quantum information. So our arbitrary observer cannot receive information from any specific location outside his "virtual sub-lightspeed sphere", but only potential information (random quantum jittering at the boundary of the sphere that causes virtual particles to become actual for our beholder) from the boundaries of his sub-lightspeed imaginary sphere. All possible sub-lightspeed imaginary spheres of all possible observers shrink due to the accelerative expansion of space. During that sphere-shrinking, the potential radiation increases until it reaches Big Bang energy levels when each virtual sphere becomes a singularity point. We call these events Big Bangs. Due to quantum-tunneling, particles disperse all over any virtual sub-lightspeed sphere, so not only dilated low energy photons are attributed. this is the mainstream theory that explains the unknown part of the Cosmic Background Radiation