Name: Ksau Physics Engine
Author: yui-synth-lab

Overview

This skill provides a standardized workflow for executing and validating the KSAU (Knot-based Standard Model) simulations. It ensures that all calculations derive from the Single Source of Truth (SSoT) and follow the proper physical constraints (e.g., mass hierarchy).

Core Capabilities

1. Mass Spectrum Calculation

Fermion Masses: Executes paper_I_validation.py to verify $R^2$ for quarks and leptons.
Neutrino Sector: Solves transcendental mass equations using verify_neutrino_math.py.
Glueballs: Predicts mass spectra for closed manifolds using glueball_spectrum_analysis.py.

2. Flavor Mixing Analysis

CKM Matrix: Executes the Master Formula (logit model) via ckm_final_audit.py.
PMNS Matrix: Derives mixing angles from unknotting efficiency and boundary resonance.

Overview

Core Capabilities

1. Mass Spectrum Calculation

Fermion Masses: Executes paper_I_validation.py to verify $R^2$ for quarks and leptons.
Neutrino Sector: Solves transcendental mass equations using verify_neutrino_math.py.
Glueballs: Predicts mass spectra for closed manifolds using glueball_spectrum_analysis.py.

2. Flavor Mixing Analysis

CKM Matrix: Executes the Master Formula (logit model) via ckm_final_audit.py.
PMNS Matrix: Derives mixing angles from unknotting efficiency and boundary resonance.

Ksau Physics Engine

Overview

Core Capabilities

1. Mass Spectrum Calculation

2. Flavor Mixing Analysis

Ksau Physics Engine

Overview

Core Capabilities

1. Mass Spectrum Calculation

2. Flavor Mixing Analysis

3. Anomaly & Sensitivity Testing

Operational Workflow

Physics Constraints to Enforce

Healthcare Cdss Patterns

Drug Discovery

Qmd

Attack Tree Construction

Azure Ai Anomalydetector Java

Viboscope