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e3nn

e3nn provides mathematical components for E(3)-equivariant networks, including representations, tensor products and spherical harmonics.

Catalog updated ·

Overview

It supports network development for three-dimensional data. The official MACE repository documents an e3nn backend, establishing atomistic relevance without making e3nn itself a pretrained potential.

Limitations

A downstream model is still required. The README warns that the main branch is unstable and releases can introduce breaking changes.

Key Features

  • Equivariant network components
  • Tensor products and spherical harmonics

Use Cases

  • Study three-dimensional equivariant models
  • Develop atomistic network components

How to Use

Prepare PyTorch, follow the installation guide and start with representation and tensor-product examples. Pin a suitable version for downstream work.

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