The two greatest theories of physics in the world, Einstein’s theory of relativity and quantum mechanics, sometimes contradict each other. Separately, they work perfectly, but together they raise intractable questions about black holes, dark matter, energy, and the origin of the Universe.
New work by scientists offers a bold solution: information may be the most fundamental component of the Universe, more basic than matter and energy. This idea has been formulated as the “Quantum Memory Matrix” (QMM). According to this theory, space-time is made up of tiny cells that store a quantum “trace” of every interaction. Each particle or force leaves its own imprint on these cells. In other words, the Universe is not just an evolving system; it has a memory.
The black hole paradox also gets a new explanation: matter does not disappear because its information is preserved in space-time. According to QMM calculations, information traces accumulated in space-time act like dark matter, explaining the rapid rotation of galaxies. Calculations show that the Universe can periodically be “born and die.” When the information memory is full, expansion stops, and a new phase begins: “rebirth.” According to scientists, our Universe has already gone through 3-4 such cycles.
