Fundamental Unified Nature theory : FUNt Corpus-Aware Simulator (v*)

Fundamental Unified Nature Theory : FUNt Corpus-Aware Simulator (v*) Author Nowlin, Michael K. (Producer) June 2026 Authors note - purpose is to provide a transparent environment in which operator behavior, classification structure, audit procedures, and conceptual relationships may be explored by students, independent researchers, and future institutional investigators. 'To current and future students. This environment is designed 'for you', to perturb the: The Fundamental Unified Nature Theory (FUNt) FUNt Corpus-Aware Simulator v0.5 - Audit Edition README and Use Instructions Author Project Document Version Status Date Michael K. Nowlin FUNt / Physmatics Simulator README v0.5 - Audit Edition Locked Reference Build June 2026 Purpose The FUNt Corpus-Aware Simulator is an exploratory operator sandbox derived from the current FUNt / Physmatics corpus. Its purpose is to provide a transparent environment in which operator behavior, classification structure, audit procedures, and conceptual relationships may be explored by students, independent researchers, and future institutional investigators. The simulator is not intended to prove, validate, or establish FUNt as physical fact. Candidate Theory Status FUNt should be understood as a candidate framework. Claims within the corpus exist in different states of maturity and are classified accordingly. The simulator does not determine whether any claim is true. The simulator only applies the currently defined operators under controlled conditions. Core Principle Narrative may explain the run. Only operators may evolve the run. Core Operators H0 Log-Psi Transport_2sqrt h3pi hHRT Hydrogen reference condition. Recurrence and gradient tracking. Constrained transport mechanism. Transition operator. Relaxation operator. Classification System Stable - Documented and established within the current FUNt corpus. Exploratory - Active research area or implementation under evaluation. Not Implemented - Present within the broader corpus but not currently active within the simulator. FUNt Simulator README v0.5 - Page 1 How to Use the Simulator Quick Start 1 Open Google Colab, Jupyter Notebook, or a local Python environment. 2 Create a new Python notebook or Python file. 3 Paste the locked v0.5 simulator code into one cell or one file. 4 Confirm that numpy is available. In Colab, numpy is already installed. 5 Run the code once without changes. Save the printed Run Hash and output. 6 Only after the baseline run succeeds, adjust allowed configuration values for experiments. 7 Record any change to configuration before comparing runs. Recommended Baseline Run For first use, do not change the initial field, thresholds, step count, or operator definitions. The first run should establish that your environment reproduces the locked v0.5 reference behavior. Configuration Fields NARRATIVE_MODE STEPS_PER_STAGE INITIAL_FIELD transition_threshold transport_strength relaxation_rate True prints interpretive stage notes. False produces Pure Operator Mode. This should not change the field evolu Number of operator cycles a