wave-mechanics

Open-source subatomic physics simulator using classical field theories and topology to study particle & force emergence

Chladni Figures Simulation

This repository provides a comprehensive suite of approximations of the Wave Dispersion Equation.

Schrödinger Wave-mechanics and Large Scale Structure — PhD thesis (2011) with 2026 review notes and corrections

Fast SIMD libraries and programs for finding the n’th prime number

Translating the Ineffable through the language of cymatics, wave-form mechanics, QFT, unified field theory, and information theory.

Ricardo Benoliel de Carvalho Github Profile

Self Organizing Vacuums (SOVs) a new way of training A.I abandoning the discrete Markov chain model

floating-elastic-plate hydroelasticity viscoelastic-foundation moving-load neural-network wave-structure-interaction applied-mathematics reproducible-research

Wave mechanics library in python. Tests are generated in AI

Quantum physics, made visible: 39 interactive lessons for students and teachers, from the photoelectric effect and the Schrödinger equation to hydrogen orbitals, Bell tests and error correction. Runs in the browser, no build step.

Ultronic Medium Hypothesis: Simulations unifying gauge theory, GR, and cosmology

A collection of Python scripts for predicting wind-generated wave characteristics using the Sverdrup-Munk-Bretschneider (SMB) method.

Compute the wavelength, free-surface geometry, kinematics, and integral invariants of nonlinear waves in finite depth.

Quick Compute (QC) for coastal engineering: 40 validated calculators reimplementing USACE ACES (Automated Coastal Engineering System), runnable in the browser (Pyodide), as a desktop app, or as standalone Python.

Interactive Python simulator for finite-depth Airy-wave properties, energy transport, engineering diagnostics, and phase-consistent underwater particle motion.

A development diary of an emergent quantum mechanics research program in the spirit of Louis de Broglie's Double Solution program and derivative ideas