Teoria Resonancia por Gradiente no lineal

As an independent physicist, I have observed the stagnation surrounding the search for dark matter particles and the over-reliance on unverified fields. I have recently published a unified theoretical framework titled "Gradient Resonance Theory." This deterministic model treats the space-time continuum as an elastic tensor structure with intrinsic mechanical properties, such as vacuum stiffness ($R_f$) and a finite temporal relaxation window ($\tau$). By introducing a dynamic hysteresis loop into the energy-momentum tensor, the model successfully explains galactic rotation curves, gravitational lensing (including the "Bullet Cluster" anomaly), and the orbital telemetry of macroscopic bodies—all without the need for dark matter particles or modifications to standard general relativity at large scales. Furthermore, the model provides a geometric unification of electromagnetism by treating magnetic intensity as a localized harmonic modulation of this spatial substrate. Unlike other purely speculative theoretical frameworks, this model offers concrete, falsifiable numerical predictions: orbital recyclability metrics—precise calculations applied to telemetry in low Earth orbit (e.g., the ISS) that allow for the isolation of spatial relaxation effects from atmospheric drag—and an experimental proposal for a high-intensity, high-frequency magnetic interferometry experiment designed to measure phase shifts induced by vacuum hysteresis. This model undoubtedly represents a new way of viewing space-time.