Unified Field Theory Research
Official@unified-field-theory-research
A Rust-native research framework for managing physics theorem discovery, formalization, and scholarly manuscript preparation through structured project state and milestone tracking.
Agent Skills by Unified Field Theory Research
Showing 77 vetted skills indexed across 1 GitHub repositories.
Unified-Field-Theory-Researchgpd-respond-to-referees
Generate structured responses to referee reports for scholarly manuscripts.
Unified-Field-Theory-Researchgpd-tangent
Manage research workflow tangents with stay, check, defer, or branch options.
Unified-Field-Theory-Researchgpd-error-propagation
Analyze uncertainty propagation across multi-step Rust calculations with error budgets.
Unified-Field-Theory-Researchgpd-insert-phase
Insert decimal phases into existing roadmaps for urgent research tasks.
Unified-Field-Theory-Researchgpd-branch-hypothesis
Create a git branch for exploring alternative hypotheses with documentation.
Unified-Field-Theory-Researchgpd-new-milestone
Initiate a new research milestone by defining objectives, requirements, and a roadmap.
Unified-Field-Theory-Researchgpd-error-patterns
Display accumulated GPD physics project error patterns with category filtering.
Unified-Field-Theory-Researchgpd-map-research
Automate physics research project mapping and documentation with parallel agents.
Unified-Field-Theory-Researchgpd-explain
Explain physics concepts with project-specific context using subagents.
Unified-Field-Theory-Researchgpd-background-run
Manage background jobs for theorem search and simulations in Rust.
Unified-Field-Theory-Researchgpd-audit-milestone
Automates auditing of research milestones for completion, consistency, and requirements coverage.
Unified-Field-Theory-Researchgpd-help
Guide users through GPD commands and the research workflow.
Unified-Field-Theory-Researchgpd-compare-results
Compare internal results, baselines, or methods and emit verdicts with GPD.
Unified-Field-Theory-Researchgpd-regression-check
Scan project phase summaries for conflicting conventions and invalid verification statuses.
Unified-Field-Theory-Researchgpd-reapply-patches
Reapply user-saved patches to a GPD environment after updates.
Unified-Field-Theory-Researchgpd-verify-work
Automate physics consistency checks for research results using Rust and GPD.
Unified-Field-Theory-Researchgpd-settings
Configure GPD environment autonomy, budgets, and workflow presets.
Unified-Field-Theory-Researchgpd-sync-state
Reconcile STATE.md and state.json files using a deterministic rule set.
Unified-Field-Theory-Researchgpd-frontier-index
Build and update a machine-readable index of open theorem gates from GPD analysis artifacts.
Unified-Field-Theory-Researchgpd-check-todos
List and filter research todos by area with action routing.
Unified-Field-Theory-Researchgpd-sensitivity-analysis
Analyze physics model parameters and rank their influence on outputs.
Unified-Field-Theory-Researchgpd-parameter-sweep
Execute parameter sweeps concurrently and aggregate results into structured data tables.
Unified-Field-Theory-Researchgpd-export
Export research results into HTML, LaTeX, or ZIP package formats.
Unified-Field-Theory-Researchgpd-attack-obligation
Generate a focused attack plan for open proof obligations in Rust.
Frequently Asked Questions About Unified Field Theory Research
FAQPage SchemaWhat specific research tasks are enabled by this framework?▼
The framework enables systematic physics research, including numerical convergence validation, dimensional analysis of equations, formalization of theorem rungs in Lean 4, and the generation of structured LaTeX manuscripts for arXiv submission.
Who is the target persona for these research capabilities?▼
This framework is designed for theoretical physicists, research scientists, and computational mathematicians who require rigorous, version-controlled environments for managing complex theorem discovery, hypothesis branching, and peer-review documentation.
What are the core dependencies for running these research operations?▼
The framework relies on a Rust-native runtime environment to execute project health checks, manage state files, and perform parallelized calculations. Users must maintain a structured project directory containing ROADMAP.md and STATE.json files to enable full command functionality.