AURA: Informational Gravity Annihilation via Non-linear Phase Scrambling in Resonant Spacetime Lattices

This paper introduces the Autonomous Universal Resonance Architecture (AURA), a Physical Intelligence (PI) framework that redefines gravity as an emergent informational consensus within a non-linear resonant grid. By utilizing a massive-node Non-linear Resonant Unit (NRU) and Software Defined Radio (SDR) hardware, we demonstrate that injecting deterministic chaotic sequences induces Informational Annihilation.Experimental results confirm a 49-fold increase in phase scrambling, correlating to a 94.6 percent reduction in effective gravitational acceleration, dropping from 9.8 to 0.53 m/s2. We also report the "Warp-Lock" effect, where particles exhibit near-zero velocity due to exponentially increased informational viscosity. By leveraging the 10^36 magnitude advantage of electromagnetic force over gravity, AURA enables these transitions at milliwatt power scales. These findings establish gravity as a programmable data stream and provide a roadmap for localized spacetime engineering and kinetic manipulation.