Usuario:Henry Delforn

Henry González Delforn, Ingeniero Eléctrico (interés matemático).

Under development

All sufficiently high energy collisions in spacetime create temporary raptures or tears in the quantum vacuum 'fabric' (the aether, if you must), rapturing extra-dimensions in space (as in other than the 3 space dimensions xyz) which in turn allows energy from those extra-dimensions to filter or leak into our 3-dimensional spacetime and this leaked energy becomes evident as the zoo of particles we observe in their brief transit of instability. These extra-dimensions of space are hidden by symmetry in time itself. In other words, any particle we can't detect for prolonged periods of time, or particles created from high energy collisions having a short life span, come from another 'world' (from extra-dimensions) unable to sustain or persist in 3d spacetime. The observed energy released from high energy collisions is not from the rapture or splitting of the colliding particles themselves but energy released from other non-3 dimensions. In this view, splitting the nuclei doesn't release its components, it releases particles from other than our 3 dimensions. The interior of the nuclei then, say the proton, is a temporary 'gateway' to other dimensions via the temporary ruptures in the aether (quantum vacuum fabric). In fact, recent experiments [1] (reported as of yesterday) confirm that the interior of a proton has characteristics of black holes. Black holes, of course, are indeed ruptures in the aether (quantum vacuum fabric), not temporary ruptures but permanent ruptures. Therefore, what we call nuclear energy is actually energy from other dimensions via or pass through the nucleus portal, not energy released from biding (strong force) nuclei energy. To think that a relatively huge amount of energy can come from holding a relatively tiny proton together (as though it had even smaller unstable components) is ridiculous. The 'nuclear energy' is 'x-dimensional energy' that funnels thru ruptures in the aether having one portal in the 3-d spacetime nuclei and the other portal in the x-d spacetime nuclei.

[1] https://phys.org/news/2022-03-interior-protons-maximally-entangled.html

Further reading