This treatise presents a framework that unifies quantum mechanics and general relativity, suggesting implications for consciousness and dark matter.
This treatise presents a framework where the geometric continuity of General Relativity and the probabilistic nature of Quantum Mechanics are unified through a discrete computational substrate (DINN). By redefining the metric tensor as a function of network latency and introducing the "Magna Equation," we derive the Einstein Field Equations as thermodynamic equations of state. The theory addresses the Horizon Problem through non-local tachyonic links and proposes that Dark Matter is a manifestation of Temporal Phase Interference (network memory), effectively resolving the conflict between background independence and quantum resolution.
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Guillem Alborna Tuset (2026) studied this question.
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