Meta package for the Ubermag project.
Workshop: Micromagnetics with Ubermag
Python package for the analysis and visualisation of finite-difference fields.
Installation, scripting, & data generation demo of GPU-accelerated computational micro and nanomagnetism in MuMax3. Formed & written by Onri Jay Benally, an Indigenous American quantum hardware engineer.
Python package for manipulating tabular data.
Python package for the analysis of micromagnetic data.
Spin-Hall nano-oscillator simulation using mumax3.
Official implementation of "Current-controlled nanomagnetic writing for reconfigurable magnonic crystals"
Ubermag webpages
Testing package for computational magnetism tools.
Detection of geometric asymmetry in ferromagnetic quantum dots modeled as magnetic potential field wells in thin-film YIG
⚡ The fastest micromagnetic simulator on a Mac — 3.3×–30× faster and 5.9×–26× more energy-efficient than every other simulator that runs on Apple Silicon. Native Metal port of mumax³: unmodified .mx3, validated physics, 84M cells on a fanless MacBook Air.
Ubermag: Towards more effective micromagnetic workflows
Native Apple Silicon Metal port of mumax3, extending CUDA based micromagnetic simulation to macOS with MPSGraph FFT and validated physics compatibility.
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