The Falsification of Particle-Based Dark Matter: A Pre-emptive Analysis of CERN FASER Null-Results
The Falsification of Particle-Based Dark Matter: A Pre-emptive Analysis of CERN FASER Null-Results
CERN'S FASER experiment represents the frontier of searches for "Dark Sector" particles, specifically targeting dark photons and light WIMPs. This brief provides a formal prediction using the Universal Space Theory (UST) framework. We demonstrate that the phenomena attributed to "Dark Matter" are macroscopic geometric artifacts of the 2D manifold's anisotropic tension ($1/r$ flux focusing), rather than the influence of undetected 3D inclusions. We predict that FASER will report a null result for all non-Standard Model candidates, confirming that the "Dark Sector" is a mathematical misinterpretation of medium-geometry effects.
Universal Space Theory, UST Model, CERN, Dark Matter, Manifold Mechanics, Anisotropy, FASER, Dark Photons, WIMPs
Universal Space Theory, UST Model, CERN, Dark Matter, Manifold Mechanics, Anisotropy, FASER, Dark Photons, WIMPs
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