Abstract

This paper explores high-energy particle collisions through the lens of the ∇U ontological framework, proposing that such events induce gravitational field responses distinguishable from Standard Model expectations. Rooted in the tension between emergent form (A) and background potential (−A0), the ∇U approach interprets gravity as a reactive stabilization field. We argue that patterns in particle trajectories— correlated deviations, azimuthal asymmetries—can reveal this field dynamic. The analysis introduces testable predictions based on angular shifts and correlation structures, with emphasis on their statistical detectability in LHC data. Strategies for distinguishing these effects from quantum chromodynamics and detector noise are outlined.