Wolfram Screencast & Video Gallery

This page requires that JavaScript be enabled in your browser.
Learn how »

Design Optimal Discrete Magnetic Coils with Wolfram Language

An alternative approach to generating high-quality magnetic fields is to optimize multiple sets of simple, discrete coil primitives by spherical harmonic mapping, which are compact and easy to fabricate and repair. This talk covers principles behind optimization, demonstrating how Wolfram Language’s built-in root-finding and visualization capabilities are used to design and analyze precise magnetic fields.

Was this video helpful?

Channels: Technology Conference

SORT BY: Latest | A-Z
1311 videos match your search.
Design Optimal Discrete Magnetic Coils with Wolfram Language27:29
Adventures in NotebookTemplating: Report Generation in the Real World25:39
Computational Number Theory in the Modern World26:18
Modern Notebook Diffing29:42
Exploring Historical Geology with Wolfram Language32:02
Integrating LLM into Wolfram Workflows: Process and Analyze Sustainable Development Data Efficiently35:41
Tetrahedron Center Functions29:14
Import/Export: Updates, Applications, and Architecture28:33
Wolfram R&D Live: Watch, Connect and Promote Your Work10:57
Wolfram Repository Updates: Paclets, Functions, Examples, Prompts, Tools and More28:59
Rubi: Solving Integrals, One Rule at a Time28:58
Exploring Species in Wolfram Language29:01
Elements of a Temporal Workforce Structure Model27:13
Solving Physics Problems with Schrödinger's Equations26:46
Computational Tools for Blockchain Forensics19:43
Pioneering the Future of Oil Production with Wolfram Technologies29:12
Protein Visualization in Wolfram Language25:26
Fehrian Branches or: How I Learned to Reduce y = x^2 + 1 and Love Mathematica19:26
The Art of Problem Solving in Wolfram Language '2333:07
Wolfram|Alpha Spanish28:14