Theoria
Portable learning

Published course

coursePublished source available
publicLatest · 0.1.4

Matteroids Foundations: Physics, Math, and Control for Programmable Matter

A self-paced first-year-friendly course covering the vectors, calculus, magnetism, small-scale physics, and control theory needed to simulate magnetically steered units, ending in a Taichi simulation capstone.

By @apv

Download

Course details

About this course

Level
introductory
Language
en
License
CC-BY-4.0
Duration
Not declared
Curriculum
Not declared
Prerequisites
Not declared
Attribution
Written with Claude for an independent learner

Technical metadata

Package format and contents

Show technical package details
Format version
MCF 1.1
Lessons
12
Activities
37
Questions
73
Files / assets
Not reported / Not reported
Validation
valid

Learning outcomes

What learners can expect

  1. Simulate overdamped motion of particles under forces.
  2. Compute magnetic torque, energy, and dipole-dipole forces.
  3. Explain how drag and thermal noise change design at small scales.
  4. Use rank and controllability tests to judge what a global control signal can do.

Immutable releases

Version history

  1. 0.1.4course · MCF 1.1 · 28.5 KiB

Repository network

0 stars · 0 forks

This repository is an original publication.

No public direct forks yet.