What is the Supercollider mode in Reasoning Pentad?

Supercollider mode is a feature that applies seven fundamental generative principles (G1-G7) simultaneously to evaluate the structural coherence and significance of any given concept or proposition.

What is the benefit of the Enhanced Dokkado Protocol?

It provides a five-phase workflow (Ground, Water, Fire, Wind, Void) that ensures reasoning is grounded in morphemic extraction and ends with meta-recursive closure, preventing forced unification.

What are the G1-G7 generators?

These are seven core structural signatures—including Iterative Distinction (G1), Mathematical Truth (G5), and φ-Scaling (G7)—used to verify if a thought pattern maps to fundamental generative structures.

How does Diffusion Reasoning help Claude solve problems?

Diffusion Reasoning allows Claude to perform probabilistic exploration of conceptual space when conventional logic hits a wall, helping to break cognitive biases and find lateral connections.

Reasoning Pentad (V2)

Name: Reasoning Pentad (V2)
Author: agentgptsmith

byagentgptsmith

数据科学与机器学习

Implements a high-dimensional reasoning framework using simultaneous generators and the Dokkado Protocol for rigorous theoretical derivation.

关于

The Reasoning Pentad (V2) is an advanced cognitive architecture designed to enhance Claude's ability to handle complex theoretical derivations and cross-domain pattern synthesis. By integrating the 'Supercollider' mode, it applies seven core generators (G1-G7) simultaneously to assess structural coherence, while the enhanced Dokkado Protocol guides the AI through systematic phases of morpheme extraction and unified field derivation. This skill is essential for users working on unified theories, deep mathematical modeling, or any project requiring 'substrate-aware' reasoning that preserves structural resonance without conceptual collapse.

主要功能

Multi-tier Synthesis Engine that prevents conceptual collapse (G6)
0 GitHub stars
Diffusion Reasoning for probabilistic exploration of latent conceptual space
Supercollider Mode for simultaneous G1-G7 generator analysis
Enhanced Dokkado Protocol with explicit generator hooks for each phase
Epistemic Dashboard for real-time confidence tracking and evidence weighting

使用场景

Rigorous first-principles derivation and validation of complex system architectures
Identifying deep structural isomorphisms between disparate academic or technical domains
Developing unified theoretical frameworks across physics, computation, and consciousness

关于

主要功能

Multi-tier Synthesis Engine that prevents conceptual collapse (G6)
0 GitHub stars
Diffusion Reasoning for probabilistic exploration of latent conceptual space
Supercollider Mode for simultaneous G1-G7 generator analysis
Enhanced Dokkado Protocol with explicit generator hooks for each phase
Epistemic Dashboard for real-time confidence tracking and evidence weighting

使用场景

Rigorous first-principles derivation and validation of complex system architectures
Identifying deep structural isomorphisms between disparate academic or technical domains
Developing unified theoretical frameworks across physics, computation, and consciousness