The Hyper Quantum Cosmos: Multiple Clusters of Quantized Black Holes Leading the Early Universe (HQC-I)

The Hyper Quantum Cosmos (HQC) framework proposes that the early universe may have emerged from multiple quantized black-hole (QBH) clusters, acting as gravitationally coherent quantum structures. When local density exceeds a critical threshold, short-range BCS-like repulsive interactions can trigger a quantum bounce and rapid inflationary expansion. Interference between multiple QBH clusters generates density modulations that serve as natural seeds for early galaxy formation. This document presents HQC-I, the foundational model describing quantized black-hole clusters, long-range gravitational coherence, and the potential origin of observed disparities in the Hubble expansion rate. It serves as the basis for HQC-II, where space quantization and gravitational-potential hierarchy will be further developed.