RPN command-line calculator
Functional programming language designed for readable & expressive code, extensibility, and mathematical computing with arbitrary precision arithmetic.
Assorted functions for statistics and mathematics built on mpmath.
Find polynomial roots with multiplicities using mpmath.
Experimental Riemann Hypothesis numeric scanner for Python
A computational and formal workbench around the Riemann zeta function: kernel-checked Lean proofs, ball-arithmetic enclosures, structure-matched negative controls, and the dead ends published beside the results. Makes no claim of progress toward RH.
A Scientific Calculator with Graphing and advanced mathematical calculation capabilities
High-precision scientific tool for sequence extrapolation, curve fitting, and error propagation — bilingual (中/EN) PySide6 desktop + Flask web app with LaTeX export & inline PDF preview.
Certified first 1,000 nontrivial zeros of the Riemann zeta function using a dual-evaluator (mpmath ζ + η‐series) contour method with strict Krawczyk isolation and automatic refinement.
Official repo for "The Genesis of e from Modular Substrate Theory". Certifies exact algebraic identities linking e, ln 2, and ζ(0) = -1/2 with Lean 4 (0 sorries). Features a high-precision Python suite showing robust D₆ dihedral phase quantization over 10,000 non-trivial Riemann zeros with extreme statistical significance (p ≈ 10⁻⁸³).
Python Transcendental Equation Solvers
Official repository for the non-perturbative derivation of the fine-structure constant (α⁻¹). A parameter-free spectral action model matching CODATA 2022 within 1.5 × 10⁻¹⁴. Features the complete Python validation suite (Monte Carlo LEE audit, PSLQ, SciPy RG flow) and mechanized mathematical proofs certified in Lean 4.
Solução robusta para o Método dos Mínimos Quadrados em Python. Projetada para ajustar polinômios de grau alto (10+) sem divergência. Integra aritmética de precisão infinita, correção automática para falta de dados e estabilização de matrizes mal-condicionadas. Ideal para modelagem matemática onde o NumPy padrão falha por erros de arredondamento.
Arbitrary precision floating / ball arithmetic (interval arithmetic) dtype in NumPy / array API
Lerch transcendent implementation for arbitrary-precision
🌌 Official repo for "The Emergence of Geometry." Features 150-digit precision validation and Lean 4 formal verification of the fundamental identity linking ζ(0), ln 2, and spatial geometry within the Z/6Z modular substrate.
Computational and mathematical research archive and proof-engineering workspace for experimental approaches to the Riemann Hypothesis, Li-Keiper positivity, and related spectral/arithmetic structures.
A computational framework bridging Einsteinian mass-energy equivalence and quantum mechanics by modeling rest mass as a dynamic Compton wave function.
A relativistic model re-interpreting Riemann zeta zeros as energy eigenvalues to achieve zero-knowledge prime discovery via spectral resonance.
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