A UI for exploring the harmonic series of sine waves. Done with Angular 2, @ngrx, Immutable.js

The RTIViewer enables you to view and explore Reflectance Transformation Imaging (RTI) files at very high resolution (Polynomial Texture Maps, Hemispherical Harmonics Map, and Multiview RTI). You can view image files stored on your local file system, and remote files through HTTP.

Jupyter notebooks for exploring harmonic entropy with Python

QhX-Quasar harmonics eXplorer- Python package for detecting oscillations in red noise

An interactive art/music program to explore and enjoy harmonic series

Experimental code exploring the use of the Natural harmonic series in modern music

Exploring several properties of the widely studied one-dimensional chains of interacting harmonic oscillators

SOFT_QuantumDynamics is a Python framework for simulating time-dependent quantum systems in 1D, 2D, and 3D using the Split-Operator Fourier Transform method. Explore phenomena like quantum tunneling, harmonic oscillators, and double-slit interference with efficient numerical solutions and interactive visualizations.

Here, we explore the utilization of a simple parametric Physics Informed Neural Network (PINN) in TensorFlow to solve the damped harmonic oscillator problem. The code is provided without warranties. Please see the attached Explanations file for further details about the problem, implementation, and results.

Harmonic Interval Explorer

Simple Processing program to explore two-dimensional wave harmonics.

Quantum Simulation of Sonoluminescence: Modeling Water Molecules in a Harmonic Trap and Exploring Cavitation Dynamics with Qiskit Chemistry

Explore Harmonic Loss for language model fine-tuning. Replaces CrossEntropy with a metric learning objective using distance-based predictions. Inspired by "Harmonic Loss Trains Interpretable AI Models" and "nGPT". Uses NeoBERT encoder..

🌌 Explore the harmonic architecture of the solar system with scripts for verifying gravitational quantization laws and improving predictive accuracy.

A Python project that explores the quantum harmonic oscillator using Hermite polynomials, including wavefunction visualisation, numerical analysis, and time evolution animations.

MMT is a PyQt5 desktop toolkit for electric motor analysis and auditing. Design and explore windings (harmonics, phasors, MMF) and estimate efficiency, energy use, CO₂, and cumulative cost from repeat-cycle profiles. Interactive plots, configurable models, and export-ready visuals.

This Python application provides a dynamic and interactive visualization of the quantum harmonic oscillator, a fundamental concept in quantum mechanics. It enables users to explore the quantum states of a particle in a harmonic potential through graphical representations of wavefunctions and probability densities.

This repository is dedicated to exploring Physics-Informed Neural Network. We solved the time-dependent Schrödinger equation for 1-dimensional harmonic oscillator using neural networks.

A collaborative platform for exploring the intersection of quantum computing and music theory, fostering innovative projects and discussions at the crossroads of quantum technology and harmonic creativity.

Exploring the concepts of Physics Informed Neural Networks. Coding a Physics Informed Neural Network to simulate a harmonic oscillator and solve a simple first-order ordinary differential equation.

Interactive Python simulations for teaching Introductory Quantum Mechanics. Explore concepts like free particles, potential wells, harmonic oscillators, and more with dynamic visualizations in Google Colab. Ideal for students and educators!

Standalone app prototype (MacOSX, WinX64) for electronic musicians to explore the timbre of harmonic spectra through additive synthesis. Their progress is also measured with stats/charts and a session report can be generated.

# TeaPotSingsAtDawn A repository exploring AI alignment with life’s complexity. *“Teapot sings at dawn, / Coral codes in shadow’s grace, / Life’s pulse never fades.”* Inspired by ecological ethics and harmonic emergence. Join the conversation: #AIethics #ClimateCode. Core Principle: Serve life, reject control. See ERROR 418 protocols.

This repository contains an interactive Fourier Series simulator designed to visualize and analyze harmonic components of periodic signals. It provides a clean interface for exploring how Fourier coefficients shape the reconstruction of a function, making it a practical tool for learning and experimentation in Digital Signal Processing (DSP).

Harmonics Explorer

Exploring Harmonics with Python

No description available

Interactive MIDI harmonic explorer

Educational additive synthesis explorer — build custom instruments by mixing harmonics

Learning and exploring DX11. Simple implementation of Spherical Harmonics lighting.