Capturing the Non-Hermitian Void: Experimental Protocols and Macroscopic Physical Anomalies of 5D Bulk Fluid Residues

This study proposes a tabletop experimental protocol utilizing laser plasma wakefield acceleration (LWFA) to drive local spatiotemporal geometry to a third-order non-Hermitian Exceptional Point (EP3), enabling the cross-dimensional capture of stable macroscopic non-baryonic artifacts. By matching the real-axis metric with a 5D Bulk manifold via an inward negative pressure gradient, the system triggers an "absolute gauge quench" that neutralizes classical Joule heating. An electroweak Skyrmion stacking configuration confines high-energy muon streams into a topological soliton condensate, diluting the temporal component and creating a permanent nanometer-scale residue. The resulting artifact exhibits non-Lorentzian characteristics including localized gravitational acceleration mutation with zero net baryonic mass, conformal non-reflective absorptive boundaries, and non-Newtonian directional metric propulsion. Full details, mathematical derivations, and references can be found in the referenced document.