The recent announcement by the LUX-ZEPLIN (LZ) collaboration regarding the direct detection of dark matter candidates (with a statistical significance of 5.2 sigma ) marks a milestone in observational astrophysics. The orthodox interpretation attributes the scintillation signals in liquid xenon to kinetic collisions with Weakly Interacting Massive Particles ( WIMPs ) of approximately 65 proton masses. This work offers an alternative interpretation grounded in the Quantum Diffusion Framework (DQ-12). Under this topological paradigm, it is argued that the event does not demonstrate a discrete particle collision, but rather the propagation of a longitudinal stress wave in the quantum vacuum. It is postulated that the cryogenic xenon tank inadvertently acted as the first passive Topological Diffusion Telescope (TDT) in history, where the light scintillation is the result of geometric cavitation and "phase friction" between the local continuous medium and massive interstellar entanglement currents.
VARCO et al. (Fri,) studied this question.