Zadbit 2.1: Quantum Stability Through Predictive Decoherence Control and Dimensional Resonance

This report introduces Zadbit 2.1, a breakthrough quantum stabilization system capable of maintaining coherence across 100,000 simulated qubits for up to 72 hours on classical hardware—without cryogenics or quantum error correction. The system integrates reinforcement learning, spiking neural nets, dimensional memory (26D), and electromagnetic field feedback to mitigate decoherence proactively. Comparative analysis with D-Wave, IBM, Rigetti, and Google demonstrates Zadbit's superior coherence management and future potential as a middleware and simulation layer across quantum platforms. This work is released to bypass gatekeepers and accelerate innovation in quantum computing. Zadbit Theory Initiated: July 15, 2020 Zadbit 2.1 Completed: February 9, 2025