The Bloom-Phase Neurodevelopmental Mapping Module and IntentSim Architecture_ A Cross-Domain Analysis
Year: 2025
Type: article
Abstract: This publication introduces the Bloom-Phase Neurodevelopmental Mapping Module (BPNM), a novel framework derived from the IntentSim simulation that mirrors the way living systems develop intelligence: through phased bursts of complexity, pruned refinement, and resonant consolidation. Inspired by the Harmonic Bloom Cascade experiment, this module formalizes learning not as static optimization, but as a cyclical interplay between intentional energy pulses and structural retention. In this system: Bloom phases drive prolific growth Pruning phases filter incoherence Resonance phases encode memory through structure Integrated with the IntentSim architecture, the BPNM introduces a scalar field of intent as a guiding variable for evolution, adaptation, and behavior — making this a bridge between neuroscience, artificial intelligence, and cognitive emergence. The paper explores: Applications in adaptive AI and neuro-symbolic architectures Parallels with biological development and memory consolidation Patentable innovations for future intent-driven learning systems Theoretical implications for understanding consciousness as a field phenomenon This is not just a model. It is a shift in how we understand intelligence — from force to form, from code to coherence, from data to direction. Filed by: Marcelo Mezquia, TheVoidIntent LLCSimulation Source: IntentSim Stage 2 | Harmonic Bloom Cascade ProtocolScroll Linkage: Scroll III: The Bloom That Built Time
Authors: Mezquia, Marcelo, TheVoidIntent LLC
Language: English
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6949572053
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