Why Atomic Structures Cannot Survive Faster-Than-Light Travel — A USP Field Perspective

In this updated version (v3), we explore the limitations and impossibilities of traditional matter exceeding the speed of light, using the USP Field Theory. This version expands upon quark reversal energy, atomic disintegration, and why even in a "pure" field, light-speed remains a thermal and structural boundary. Key insights include: Why reversing a quark is equivalent to unlocking a pressure seal in the fabric of space — triggering uncontrollable field-level energy releases. How plasma can traverse the field but fails to maintain atomic cohesion, meaning it cannot form a vessel. Why traveling near the speed of light is the limit for bonded matter — as exceeding this would trigger internal heat and resonance failure. USP Field interpretation of human survival envelopes and why only energy ripples (not mass) can pass through space harmoniously. This update blends theoretical frontier physics with near-future observational strategies. While still conceptual, it lays a visionary groundwork for physics, space exploration, and even storytelling.