Subflows to read information over I2C bus from HMC5883L 3-axis digital compass
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Updated
Jun 11, 2022
Subflows to read information over I2C bus from HMC5883L 3-axis digital compass
The optimization algorithm for getting the best transmitter coils' spatial arrangement
Determining the magnetic field strength in a slinky / solinoid relative to its turns and the permeability of free space.
api for earths magnetic field strength values and isogonic line data
Special problems on electrostatic and magnetostatic fields with Python codes.
A collection of a description, specifications, and details of the test equipment used to investigate wireless power by magnetic resonance.
Various calculations for magnetic prospecting
Thesis project that focuses on analyzing and visualizing polarimetric observations of Vela C and Orion A molecular clouds to understand their magnetic field structures and relationships with column density.
Study guide on Galactic magnetism.
In this space you will be able to see some of the projects I do. There are projects on many topics, but all of them around physics and computation.
This project participated in the TUBITAK Inter-High School Project Competition 2016 regional exhibition.
A simple application using acceleration sensor and magnetic field sensor to provide compass functionality.
This project takes physical measurements and calculates the physical value of Earth's magnetic field.
This is a program to employ SSA on the geophysics data(gravity or magnetic)
A magnet field monitor to work with Hall magnet sensor on the Raspberry Pi, featuring MQTT for distributing data.
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.
To compute axion conversion in the Galaxy
Monitora explosões solares (pt-BR) - Monitorea explosiones solares (esp)
Simulation of Biot-Savart law - Analytical solution to calculate magnetic field of an arbitrarily shaped coil. MATLAB and Python interface are provided.
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