
This work presents the BrQ–TEP Unified Framework, a thermodynamic extension of the BrQ Coherence Principle, integrating consciousness, energy, and information within the geometry of spacetime.The model introduces the tensor of informational coherence Lμν(C,I,fc)L_{\mu\nu}(C,I,f_c)Lμν(C,I,fc) and its thermodynamic extension IμνI^{\mu\nu}Iμν, proposing a global conservation equation where energy and information behave as equivalent and transformable quantities.In this formulation, local losses of coherence are reinterpreted not as destruction but as thermodynamic redistribution across the universal continuum, maintaining global equilibrium.The framework provides a quantitative and falsifiable foundation to reinterpret gravitational phenomena, black holes, and cosmic structure as nodes of informational reconfiguration rather than singularities. (Versión en español)Este trabajo presenta el Marco Unificado BrQ–TEP, una extensión termodinámica del Principio de Coherencia BrQ, que integra conciencia, energía e información dentro de la geometría del espacio-tiempo.El modelo introduce el tensor de coherencia informacional Lμν(C,I,fc)L_{\mu\nu}(C,I,f_c)Lμν(C,I,fc) y su extensión termodinámica IμνI_{\mu\nu}Iμν, proponiendo una ecuación de conservación global donde la energía y la información se comportan como magnitudes equivalentes y transformables.En esta formulación, las pérdidas locales de coherencia se reinterpretan no como destrucción, sino como redistribución termodinámica a través del continuo universal, manteniendo el equilibrio global.
coherence, thermodynamics, information, spacetime, BrQ–TEP, consciousness, black holes, informational tensor, equilibrium, physics of information
coherence, thermodynamics, information, spacetime, BrQ–TEP, consciousness, black holes, informational tensor, equilibrium, physics of information
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