This quantum induced warpdrive is featuring geometric unification of gravity andelectro-magnetism in a four-dimensional cylindrical quantum spacetime as acorrugated spacetime-structure via sub-harmonic dilatonic resonance.Presented is a novel geometric framework for the unification of gravitation and electromagnetismstrictly within a four-dimensional manifold M 4 . Rather than invoking higher spatial dimensions,proposed is, that the three macroscopic spatial axes possess intrinsic, periodic cylindrical degreesof freedom ( R × S 1 ) stabilized at the Planck scale ( L PL ) . Under this topology, the standard (4 × 4)metric tensor (g μ ν ) inherently encapsulates both gravitational and electromagnetic fields, wherespacetime frame-dragging ( g 0θ ) manifests macroscopically as the magnetic vector potential.Particle mass and charge emerge as localized, symmetric quantum wave configurations wrappedaround the Planckian cylinders. Furthermore, introduced is a dynamic intermediate scalar field(Φ) — derived from the local volume fluctuations of the cylindrical radius ( g θθ ) — which enablesa non-linear, sub-harmonic resonance coupling between macroscopic laboratory-scale fields andthe Planck-scale geometry. Demonstrated is then, that under precise phase-locked sub-harmonicfrequencies, the effective gravitational coupling can be enhanced, leading to localized modulationof inertial mass, optical birefringence of the vacuum, and triggerable metric drift. Possibly thissituation could lead to a form of local quantum induced warp-drive without ftl, which is called“the Metagrav“ or QUIW .
Holger Döring (Thu,) studied this question.