Klipper streamlined input shaper workflow and calibration tools

Nuclear data processing with legacy NJOY

High Performance Real-Time C# Communication Library.

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MRI console

Play the healing frequencies of various sets of tuning forks: Solfeggio, Organs, Mineral nutrients, Ohm, Chakras, Cosmic octave, Otto, DNA nucleotides... or custom.

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Harmonic balance solvers

rezonateR (say "resonate R") uses R to analyze data created by Rezonator

Matlab code reproducing the analisys perfomed in Maspero et al (2017), under submission to Radiation Oncology and dedicated to prostate cancer external beam Radiotherapy.

Simulation of Dynamic Nuclear Magnetic Resonance (DNMR) spectra (beta v0.5.0)

This directory contains a code based on FFT and Model Order Reduction for the parametruc analysis of electromagnetic fields and voxel-based human body interaction

A mathematical tuning fork designed to help individuals find balance in various aspects of life. Our tool leverages key principles to optimize performance and efficiency. We also incorporate fundamental mathematical constants like Pi (π), Euler’s number €, Phi (φ), and Psi (ψ) to explore their potential in achieving optimal balance and efficiency.

Explanation of a series RLC resonance circuit with an ideal and real capacitor. Contains an interactive notebook with lcapy and the manim source file for the corresponding youtube video (https://youtu.be/uD7PidABFKM).

LabSpec: rezonans stochastyczny

雷索纳斯小助手

Typical subject topics are covered, in 167 notebooks. Streamlined Mathematica shortcuts take precedence over traditional precursor methods. A number of problems are dealt with in an inept, tentative, inefficient, or erroneous manner.

A repository for the first computational physics project

Three-body/Two-body mean motion resonances finder in Solar System