Mirror of GitLab repository, all issues and pull requests should be created there.

Repository of an implementation of the matrix method for acoustic levitation simulations.

This is repository allows you make your own magnetic levitation system using Arduino Mega 2560

Developing a control system for the Magnetic Levitation System Using MATLAB and Simulink.

Acoustic levitation system using 40kHz ultrasonic transducers and Arduino Timer1 interrupts. Demonstrates standing wave physics to suspend particles against gravity.

Decentralized Sequencer for running ZK-EVM Rollups implemented in Solidity

Python library for calculating inductances from coaxial loops (solenoids).

Levitation experiment simulation

RC magnetic levitator on the base of TI TM4C123 MCU (TI-RTOS version)

https://github.com/aibolem/sonicsurface_android_sensors Generating Airborne Ultrasonic Amplitude Patterns Using an Open Hardware Phased Array https://www.youtube.com/watch?v=vAEZvYlUnEM

Acoustic Field simulation for phased-array controllers https://www.youtube.com/watch?v=vAEZvYlUnEM

AcoustiFly, a single transducer Acoustic Levitator

The main purpose of the project is to give the system the ability to control the position of the levitating object, it must be able to make all the necessary regulations and measurements automatically, making mathematical calculations that help its proper functioning.

This repository contains the sources for my first master thesis.

Arduino nano program controlling globe levitation, globe rotation, led strip color changes, optional 2 x 16 character lcd, communication with PC, reading optional hardware switches and buttons, monitoring error conditions, measuring processor load and a few other metrics