RealClock Quantum Mechanics Explains the Existence of Dark Matter

In the RealClock Quantum Mechanics (RQM) framework, “dark matter” is not an extra particle added to fix cosmology. It appears as a structural sector of the same matter clock we already need for ordinary physics. RQM describes matter as a real internal rotor (a “clock”) with two possible internal time-chiralities, ε=±1 (two senses of rotation). The key point is that electromagnetic interaction is not “what the rotor is,” but how transport/comparison acts on it. In the locked (stiff) regime—the one that gives the long-range electromagnetic channel—only one chirality couples to the stiff comparison mode. The orthogonal chirality has effective EM weight πeff=0: it is electromagnetically silent, does not radiate, does not form atoms, and interacts dominantly through gravity. Because gravity couples via the stress–energy tensor (quadratic in the fields), both chiralities gravitate positively. That makes the ε=− sector a natural dark-matter candidate.