Add comprehensive academic proofs and formal verification (#2)

This commit adds exhaustive academic documentation covering the
theoretical foundations of the Anvomidav DSL for figure skating
choreography notation.

## Formal Specification
- grammar.adoc: Complete EBNF grammar, lexical specification, parsing
complexity
- semantics.adoc: Operational, denotational, and axiomatic semantics
- automata-theory.adoc: DFAs, PDAs, timed automata, tree automata

## Type Theory
- type-system.adoc: Dependent types, refinement types, effect system,
linear types
- category-theory-foundations.adoc: CCCs, monads, adjunctions, fibred
categories

## Domain Mathematics
- rink-geometry.adoc: Coordinate systems, paths, collision detection,
topology
- temporal-specification.adoc: LTL, MTL, duration calculus, timed CSP
- skating-physics.adoc: Mechanics, dynamics, biomechanics
- numerical-analysis.adoc: Integration, error analysis, constraint
handling

## Verification
- rules-specification.adoc: Formal ISU rule encoding
- verification-methodology.adoc: Theorem proving, model checking,
runtime verification
- abstract-interpretation.adoc: Abstract domains, Galois connections,
static analysis
- computational-complexity.adoc: Time/space bounds, decision problems,
FPT

## Proofs
- soundness-completeness.adoc: Type soundness, semantic correctness,
compiler correctness

## White Papers
- anvomidav-overview.adoc: Technical white paper summarizing the
language

Each document includes theorems, proofs (or proof sketches),
definitions, and clearly marked TODO sections for areas requiring
further development.

Co-authored-by: Claude <noreply@anthropic.com>

Author: hyperpolymath

docs/academic/README.adoc

@@ -0,0 +1,255 @@
+// SPDX-FileCopyrightText: 2025 hyperpolymath
+// SPDX-License-Identifier: MIT OR AGPL-3.0-or-later
+
+= Anvomidav Academic Documentation
+:toc: macro
+:toc-title: Contents
+:toclevels: 2
+
+== Overview
+
+This directory contains comprehensive academic documentation for Anvomidav, providing the mathematical and theoretical foundations required for rigorous academic scrutiny. The documentation covers formal specifications, proofs, and analyses across multiple disciplines.
+
+toc::[]
+
+== Document Index
+
+=== Formal Specification
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:formal-specification/grammar.adoc[Grammar Specification]
+|Complete EBNF grammar, lexical specification, parsing properties
+|Draft
+
+|link:formal-specification/semantics.adoc[Formal Semantics]
+|Operational, denotational, and axiomatic semantics
+|Draft
+
+|link:formal-specification/automata-theory.adoc[Automata Theory]
+|DFAs, PDAs, timed automata for language and execution modeling
+|Draft
+|===
+
+=== Type Theory
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:type-theory/type-system.adoc[Type System]
+|Dependent types, refinement types, effect system, soundness proofs
+|Draft
+
+|link:type-theory/category-theory-foundations.adoc[Category Theory]
+|Categorical semantics, monads, adjunctions, coherence theorems
+|Draft
+|===
+
+=== Spatial Mathematics
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:spatial-mathematics/rink-geometry.adoc[Rink Geometry]
+|Coordinate systems, geometric primitives, path calculus, collision detection
+|Draft
+|===
+
+=== Temporal Logic
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:temporal-logic/temporal-specification.adoc[Temporal Specification]
+|LTL, MTL, duration calculus, timed automata, music synchronization
+|Draft
+|===
+
+=== Physics and Kinematics
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:physics-kinematics/skating-physics.adoc[Skating Physics]
+|Classical mechanics, jump dynamics, spin dynamics, biomechanics
+|Draft
+
+|link:physics-kinematics/numerical-analysis.adoc[Numerical Analysis]
+|Integration methods, error analysis, constraint handling
+|Draft
+|===
+
+=== ISU Formalization
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:isu-formalization/rules-specification.adoc[ISU Rules Specification]
+|Formal encoding of ISU technical rules, scoring, compliance validation
+|Draft
+|===
+
+=== Formal Verification
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:formal-verification/verification-methodology.adoc[Verification Methodology]
+|Theorem proving, model checking, abstract interpretation, runtime verification
+|Draft
+
+|link:formal-verification/abstract-interpretation.adoc[Abstract Interpretation]
+|Abstract domains, Galois connections, static analysis algorithms
+|Draft
+|===
+
+=== Complexity Analysis
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:complexity-analysis/computational-complexity.adoc[Computational Complexity]
+|Time/space complexity, decision problems, parameterized complexity
+|Draft
+|===
+
+=== Proofs
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:proofs/soundness-completeness.adoc[Soundness and Completeness]
+|Type soundness, semantic correctness, compiler correctness proofs
+|Draft
+|===
+
+=== White Papers
+
+[cols="2,3,1"]
+|===
+|Document |Description |Status
+
+|link:white-papers/anvomidav-overview.adoc[Anvomidav Overview]
+|Technical white paper summarizing the language and its contributions
+|Draft
+|===
+
+== Coverage Summary
+
+=== Disciplines Covered
+
+* **Computer Science**: Formal languages, type theory, semantics, complexity
+* **Mathematics**: Category theory, temporal logic, topology, algebra
+* **Physics**: Classical mechanics, rotational dynamics, biomechanics
+* **Engineering**: Numerical methods, constraint satisfaction, optimization
+* **Domain Knowledge**: ISU regulations, skating techniques, choreographic notation
+
+=== Proof Status
+
+[cols="3,1,1,1"]
+|===
+|Category |Paper Proofs |Mechanized |TODO
+
+|Type Soundness |✓ |Planned |Machine verification
+|Semantic Correctness |✓ |Planned |Adequacy proof details
+|Compiler Correctness |Partial |— |Complete proof
+|ISU Compliance |✓ |— |Full rule coverage
+|Spatial Safety |✓ |— |Numerical verification
+|===
+
+== TODO: Gaps and Future Work
+
+[WARNING]
+====
+The following areas require additional development:
+
+=== Missing Documents
+* [ ] Information theory (encoding efficiency)
+* [ ] Statistics (scoring distribution, GOE prediction)
+* [ ] Machine learning (AI-assisted choreography)
+* [ ] Human-computer interaction (usability studies)
+* [ ] Comparative language analysis
+
+=== Incomplete Proofs
+* [ ] Machine-checked type soundness (Lean 4/Coq)
+* [ ] Complete compiler correctness
+* [ ] Numerical error bounds for physics simulation
+* [ ] Full ISU rule encoding verification
+
+=== Implementation Gaps
+* [ ] Reference implementation
+* [ ] Benchmark suite
+* [ ] Test case coverage metrics
+====
+
+== Usage Guidelines
+
+=== For Researchers
+
+These documents serve as:
+1. Reference specifications for implementation
+2. Foundation for formal verification
+3. Basis for peer review and academic publication
+
+=== For Implementers
+
+Use the specifications to:
+1. Implement correct parsers and type checkers
+2. Validate physics simulation accuracy
+3. Ensure ISU compliance checking correctness
+
+=== For Reviewers
+
+Each document includes:
+1. Complete mathematical definitions
+2. Theorems with proof sketches
+3. TODO sections marking incomplete areas
+4. References to foundational literature
+
+== Document Conventions
+
+=== Mathematical Notation
+
+* stem:[\mathsf{Sans\ serif}]: Type/kind names
+* stem:[\texttt{Monospace}]: Syntax/code
+* stem:[\Gamma \vdash e : \tau]: Typing judgment
+* stem:[\langle e, \sigma \rangle \to \langle e', \sigma' \rangle]: Reduction
+
+=== Status Indicators
+
+* **Draft**: Initial version, subject to significant revision
+* **Review**: Ready for peer review
+* **Stable**: Reviewed and accepted
+* **Final**: Published/frozen
+
+== Contributing
+
+See link:../../CONTRIBUTING.md[CONTRIBUTING.md] for contribution guidelines.
+
+Academic contributions should:
+1. Follow the document structure established here
+2. Include complete proofs or mark TODOs
+3. Reference prior work appropriately
+4. Use consistent notation
+
+== License
+
+All academic documentation is dual-licensed under:
+* MIT License
+* AGPL-3.0-or-later
+
+See link:../../LICENSE.txt[LICENSE.txt] for details.
+
+---
+
+_Last Updated: 2025-01-01_