ChronoMind-TxMU: Real-Time Temporal Imagination Architecture for Sandboxed Multi-Timeline Causal Reasoning, Counterfactual Simulation, and Self-Training in Artificial General Intelligence-AGI Systems
Year: 2025
Type: preprint
Abstract: The advancement toward Artificial General Intelligence (AGI) remains fundamentally constrained by the absence of human-like temporal imagination, the cognitive capacity to internally simulate, timestamp, causally organize, and safely explore counterfactual scenarios across multiple timelines before committing to realworld actions.This paper introduces ChronoMind-TxMU (Temporal EXperience Management Unit), a comprehensive neural architecture that instantiates sandboxed, real-time temporal imagination for AGI systems through integration of multi-scale temporal attention networks, causal graph neural architectures, quantum-inspired timeline branching mechanisms, and neuromorphic memory-augmented processing units.ChronoMind-TxMU enables AGI systems to: (1) construct timestamped, multi-modal scenario simulations spanning nanoseconds to years with physics-consistent dynamics; (2) perform real-time causal chain reconstruction and counterfactual reasoning across parallel timelines; (3) conduct sandboxed self-training through cognitive rehearsal and meta-learning from millions of internally generated experiences; (4) optimize emergency response protocols through pre-incident simulation and resource allocation modeling; (5) maintain absolute containment boundaries preventing simulated actions from affecting external environments until explicit authorization.
Author: Khan Tahsin Abrar
Language: English
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: gold
OpenAlex ID: W4413549773