Brain-Inspired AGI for Post-Singularity Symbiosis
Keywords: Brain-Inspired AGI, Post-Singularity Symbiosis, Value Mimicry Risk, Functional Domain Architecture, Brain Reference Architecture
TL;DR: A framework for brain-inspired AGI that skips the brain-dominant phase to safely bridge human-superintelligence interaction through interpretable, controllable cognitive functions.
Abstract: This study examines the functional design of brain-inspired AGI to realize human-superintelligence symbiosis in the post-singularity era, focusing on interpretability and controllability capabilities not achievable with non-brain-inspired AI. Based on Brain Reference Architecture (BRA)-driven development, we propose four functional domains (FDs): Interpretability Function Domain (IFD), Control and Monitoring Domain (CMD), Mediative Communication Domain (MCD), and Knowledge Preservation Domain (KPD), forming a comprehensive design within the Post-Singularity Symbiosis framework. We propose an integrated architecture with a BRA-based hierarchical structure and adaptive mechanisms and analyze the evolution of FD roles across two phases: the Brain-inspired Dominant Phase (BDP) and the Superintelligence Dominant Phase (SDP). Notably, we identify the existential risk of mimicking evolutionarily acquired human values. We propose bypassing BDP for a direct transition to SDP, establishing brain-inspired AGI as an effective cognitive bridge between humanity and superintelligence.
Submission Number: 13
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