Paper 9: Robogenesis

Category: theoretical Status: Pre-filesystem foundational work

Abstract

Robogenesis describes the emergence of autonomous robotic intelligence from foundational substrate principles. The paper establishes a theoretical framework for how self-organizing robotic systems can bootstrap from simple mechanical substrates to complex autonomous agents through recursive self-improvement cycles.

Theoretical Framework

Robogenesis provides:

• A genesis protocol for autonomous robotic intelligence emergence
• Self-bootstrapping architectures that scale from minimal substrates
• Recursive capability acquisition through embodied interaction
• A bridge between theoretical AGI and physical robotics

The framework addresses the fundamental question: how does a robotic system transition from programmed behavior to genuine autonomy? Robogenesis proposes that this transition occurs through recursive self-modification at the substrate level.

Connection to Other Papers

• Paper 10 (Substrate Operationalization Protocol): The operational complement — how to activate substrates
• Paper 11 (Synthecites): Synthetic entities that emerge from robogenesis processes
• Paper 14 (PhotonicMind): Biologically-grounded AGI as a specific robogenesis pathway

Implementation Notes

Robogenesis principles are embedded throughout the MASCOM system’s self-improvement infrastructure, from the cognitive ouroboros to the recursive self-improvement (RSI) architecture.

Historical Context

This is one of the 13 original Mobley research papers. It establishes the theoretical basis for autonomous system genesis that MASCOM itself embodies.

Pre-filesystem theoretical work — stub created 2026-03-09 from papers.db and context.db records.