The Solaris Protocol & Project BABEL: Geometric Quantum Energy Transport & Topological Information Encoding
Abstract
This dataset bridges macro-scale geometric laws and micro-scale quantum thermodynamics, presenting a unified framework for energy management and robust information transmission on NISQ devices. Building upon The 0.25 Protocol (a geometric phase distribution law), we conducted a series of experiments on IBM Quantum superconducting processors (ibm_torino & ibm_fez). The results confirm that specific geometric arrangements ($k=3, \theta \approx 0.015\pi$) induce states of "Source Immunity," "Self-Sustaining Resonance," and "Noise-Resilient Communication." Key Experimental Phases included in this dataset: Part I: Energy Dynamics (The Solaris Engine) The Sphere Reactor (Phase I): The Singularity: Initial discovery where a closed spherical topology achieved a ~500% energy gain relative to baseline injection. This proves the "Gathering" capability of the protocol. Solaris & Supernova (Phase III & IV): The Transmission: Verification of a "One-to-Three" broadcast system where the source ring maintained ~50% saturation even under extreme loads ($\gamma_{sink} = 0.5\pi$) and extended duration (Depth=1000). Validated on multiple architectures. Infinity (Phase V): The Eternity: Evidence of negative entropy characteristics, where the system locked into a high-energy state (51.78%) over long evolutionary cycles. Part II: Information Encoding (Project BABEL) (✨ NEW ADDITION) Protocol Modulation (Phase X - The Chameleon): The Communication Layer: We successfully demonstrated Project BABEL…
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