An Alternative to the Big Bang: USP Field View of a Shattering Black Hole

This paper presents a bold alternative to the traditional Big Bang model by reimagining the origin of the universe through the lens of USP Field Theory. Rather than emerging from an undefined singularity, the universe begins with the collapse of a final, perfectly stable black hole — the last remnant of a prior cosmic cycle. In this framework, black holes are not gravitational endpoints, but ultra-compressed spin structures — macro-scale expressions of fundamental ultra-sub particles (USPs). When compression within the final black hole exceeds the structural limits of spin harmony, it doesn't explode — it shatters. This shattering releases a storm of raw spin particles, seeding a fresh, expanding quantum field that becomes space, time, and energy as we know it. This model avoids the singularity paradox, explains the flatness and isotropy of the observable universe, and frames black holes not as mysteries, but as gateways between cosmic cycles. It is not creation from nothing — it is expansion from collapse, symmetry from spin, and reality from resonance.