Theory Zero: The Deficit Framework for Holographic Cosmology, Bandwidth Constraints, and Quantum Checksums

This paper introduces Theory Zero, an interdisciplinary cosmological framework that models the emergent universe as a closed-loop thermodynamic and computational matrix. Addressing persistent anomalies in the Standard Model and General Relativity—specifically the Cosmological Constant Problem, Baryogenesis, and the Landscape Problem—this framework proposes the Chambers Deficit Paradox. We posit that emergent spacetime is a dynamically scaling, hardware-throttled runtime generated to computationally resolve an intrinsic mathematical anomaly at the quantum baseline. By translating physical phenomena into topological routing protocols—where particle mass represents quantum data bandwidth limits, cosmic inflation is a packet-bias spatial expansion, and quantum entanglement serves as a zero-latency parity checksum—Theory Zero provides a mathematically continuous sequence from the localized phase-split of the Big Bang to the Conformal Cycle Wipe, ultimately yielding a falsifiable prediction of Phantom Dark Energy (w < -1).