The Miranova Matrix: An Operational Framework for Spacetime Emergence in BFSS Matrix Theory

The Miranova Matrix presents an operational framework for understanding spacetime emergence in BFSS Matrix Theory. By conceptualising fundamental updates as discrete ticks, the framework distinguishes causal depth from emergent experienced time. Minimal generative structures and branching dynamics define lower bounds for system evolution, providing a coherent lens for observers and histories. This approach reframes temporal perception and lays a foundation for further exploration of nonlocal time, irreversibility, and observer-embedded structures. This document is a speculative conceptual framework informed by existing work in matrix models and M-theory, particularly the BFSS matrix formulation.