We propose a semiclassical model of emergent gravity wherein macroscopic spacetime curvature arises as a secondary geometric effect of Planck-scale vacuum interactions. Build- ing upon Wheeler’s quantum foam and Sakharov’s induced gravity, this paper introduces a causal smoothing mechanism. We hypothesize that fundamental particles undergo continu- ous, transient mass-energy spikes via momentum transfers with virtual particles, governed by the Heisenberg uncertainty principle. Because these interactions occur at the Planck time scale (10−44 s) and the macroscopic fabric of spacetime is constrained by the speed of light (c), the vacuum cannot physically expand to dissipate these localized energy densi- ties. Consequently, spacetime acts as a low-pass filter, minimizing the total thermodynamic action by absorbing the un-dissipated energy as continuous geometric curvature. To ver- ify this emergent framework empirically, we propose a novel deep-space, drag-free satellite architecture stationed at the Earth-Sun L2 Lagrangian point. By utilizing a magnetically sus- pended spin-triplet Bose-Einstein condensate and stroboscopic SQUID telemetry, we bypass the bandwidth limits of single-particle quantum detection, effectively scaling Planck-regime inertial mass fluctuations into a measurable macroscopic magnetic flux.
Zaidi,, Tamoor A. (Wed,) studied this question.