GRM™–TRX™ Temporal Computing White Paper Time-Based Supercomputer: Computing with Temporal State, Not Bits, - Working paper 1.0

The GRM™–MLCI™–TRX™ Temporal Computing Framework is a research and technology initiative focused on developing next-generation computational systems based on temporal-state evolution rather than binary transitions. The framework integrates three core components: GRM™ (Global Resonance Matrix) – a global temporal field defining resonance structures, stability zones, and drift boundaries, MLCI™ (Multilayer Temporal Coherence Index) – a metric for continuous evaluation of stability, coherence, and cross-layer harmonization, TRX™ (Temporal Resonance Execution Architecture) – a multilayer deterministic execution model utilizing temporal phase, resonance alignment, and self-correcting dynamics. This framework is designed to overcome the inherent limitations of traditional digital architectures by enabling long-term stable, highly coherent, and predictable computation in environments where bit-based systems fail. The GRM™–TRX™ architecture is applicable to domains requiring extreme precision and temporal stability, including: complex dynamic system control, large-scale long-horizon simulations, stable artificial intelligence architectures, geophysical and space environment modeling, autonomous systems operating under unpredictable conditions. The temporal computing paradigm defined by this framework provides a unified methodology for designing computational systems aligned with the continuous, time-dependent nature of physical processes. Affiliation: GRM™–TRX™ Temporal Computing Research Initiative Ostrava, Czech Republic