The relativistic jet as a localized Big Break

RSI finds the same mechanism at work on the scale of the universe and the scale of a galaxy. A relativistic jet is a narrow beam of energy shot from near a black hole. The theory holds that such a jet is a fractal iteration of the release at the Still Core that followed the Big Break, a small copy of the same event.

Just as the renewed Exhale after the Big Break was a release of energy at the Still Core of the universal toroid, a black hole's jets are the local discharge of resolved inversion energy. Both involve energy moving at or near the speed of light (c); a black hole's jets are plasma moving at close to c. RSI proposes that both draw on the energy of unzipped knots at a Still Core, though a black hole's jets are launched just outside its horizon, and how that energy reaches them is an open question.

On this view, a quasar or a polar jet lets us watch the same unzipping that powered the universal Exhale. The Big Break was not a singular, magical event: the trough of the medium's breathing recurs in every cycle, and the release at the Still Core that follows it is repeated on a smaller scale by every high-density toroidal system.