A new theory proposes that the universe functions as a "cosmic memory bank," where spacetime records every interaction, potentially solving major physics mysteries such as dark matter, dark energy, and black holes. This framework, termed the quantum memory matrix, suggests that information, rather than matter or energy, is the fundamental component of reality, leading to a unified understanding of cosmic phenomena and the possibility of a cyclic universe.
The new theory of the quantum memory matrix (QMM) posits that the universe acts as a cosmic memory bank, where spacetime is composed of discrete cells that store quantum information from every interaction. This framework potentially reconciles contradictions between general relativity and quantum mechanics, and offers explanations for dark matter and dark energy through the conservation and distribution of quantum information. This theory, which has already shown promising results when tested with quantum computers, could provide significant insights into some of the most profound mysteries in physics and even aid in the development of more effective quantum computing technologies.