Validation and Falsification of Quantised Inertia via High-Energy Particle Spectroscopy, Phase-Locked Stroboscopic Intersections, and Non-Linear Intensity Scaling in Monolithic Dielectric Laser Accelerators (QI-DLA-1)

Technical proposal for 'QI-DLA-1', a low-energy, chip-scale experimental architecture designed to validate or falsify Quantised Inertia against Special Relativity. The design utilizes a monolithic Silicon-on-Insulator (SOI) wafer with etched 200 nm channels to suppress perpendicular quantum noise, constant-acceleration Dielectric Laser Acceleration (DLA) grooves to freeze longitudinal Unruh wavelengths, and a 10 GHz time-crystal modulated squeezed vacuum laser. Rather than macro-scale thrust, verification is achieved via a multi-spectral hexa-signal framework tracking dual phase-locked Bremsstrahlung flashes and independent electromagnetic pulses.