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.
FSOT 2.0 Python package (fsot) by Damian Arthur Palumbo with Grok: computes the core scalar with mpmath precision, zero free parameters. 2.1 hub: FSOT-2.1-Lean.
Find polynomial roots with multiplicities using mpmath.
Experimental Riemann Hypothesis numeric scanner for Python
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.
A Scientific Calculator with Graphing and advanced mathematical calculation capabilities
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.
Python Transcendental Equation Solvers
Моделирование и анализ СМО с ограниченной очередью и нетерпеливыми заявками: переходный и стационарный режимы, MAP-потоки от нескольких датчиков, аналитические, численные и имитационные расчёты.
Three results in analytic number theory with interval-arithmetic certificates and a Lean 4 core: the log log Q in Wolke's prime-moduli large sieve is necessary; Λ is unbounded on a family sharing L(s,χ₋₇)'s functional equation; Λ > 0.23 for the Davenport–Heilbronn function. Unrefereed.
Arbitrary precision floating / ball arithmetic (interval arithmetic) dtype in NumPy / array API
Lerch transcendent implementation for arbitrary-precision
A computational framework bridging Einsteinian mass-energy equivalence and quantum mechanics by modeling rest mass as a dynamic Compton wave function.
Spectral reconstruction of lattice correlators with the HLT method in arbitrary precision
A few functions related to signal processing, implemented with mpmath.
Символьное и численное вычисление дискретной G-функции Мейера. Построение интегралов Меллина-Барнса, разложение в ряд через вычеты и визуализация контуров в комплексной плоскости на Python (SymPy, mpmath).
Numerical lab for the zeros↔primes coupling on GL(1) L-functions (Riemann ζ, Dirichlet L): the Weil positivity functional and the multiplicativity residual, measured on the same objects. Measurement, not proof — no RH/GRH claim.
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