💥I am happy to share our work on next gen transferable ML force fields for bio-organic / molecular chemistry.
MACE-OFF23 is a series of pretrained MACE models accurately describing molecules in vacuum as well as condensed phase with a wide range of tests
https://t.co/zTszpSXSOT
@jburnmurdoch Why do you think people would have voted the same way in a PR? If you know the tory vote is lost you might as well vote reform to make a point.
Why do you think labour would have focused the campaign on winning marginals instead of as many votes as possible in safe seats?
There's been many new Geometric GNNs in the past couple weeks combining 3D equivariance and topological ideas (simplices, cells).
I think folks should really try their best to compare to MACE (https://t.co/hy0Wo46wOb), if possible, b/c its a way to get similar capabilities.
Check out this great summary of our foundation model for chemistry / materials science by @lars__schaaf
This thread hints at the emergent behaviour of our model with applicability well beyond the training domain of crystals. 👇👇👇
The first time I used this model I was pretty breath taken. The coolest things: with just a few lines, **anyone** can now run decent atomic scale simulations.
Try it out yourself! Details in 🧵
paper: https://t.co/c3BzaWRWvP
Check out the interactive demo on Zero Shot Molecular Generation via Similarity Kernels https://t.co/u5c5O5gXOA for our preprint https://t.co/873cKlejHP and share your best molecules with us! Great collaboration with @EliRokas, @IlyesBatatia and @davkovacs10#simgen#zndraw
Have you ever wanted to train LLMs in pure C without 245MB of PyTorch and 107MB of cPython? No? Well now you can! With llm.c:
https://t.co/PoGTZIwASL
To start, implements GPT-2 training on CPU/fp32 in only ~1,000 lines of clean code. It compiles and runs instantly, and exactly matches the PyTorch reference implementation.
I chose GPT-2 to start because it is the grand-daddy of LLMs, the first time the LLM stack was put together in a recognizably modern form, and with model weights available.
1/ Introducing a new method, the Gaunt Tensor Product, to improve the efficiency of E(3)-equivariant neural networks and speed up all sorts of equivariant operations.
Accepted at #ICLR2024 as a spotlight paper: https://t.co/9RYDgI3y7A
With Shengjie Luo and Tianlang Chen
And to try the models quickly just install mace from https://t.co/XEYMuoyT8n
pip install mace-torch
And import them as an ASE calculator
calc = mace_off(model="medium", device='cuda')
We present 3 models of increasing accuracy parameterised for 10 (H C N O P S F Cl Br I) chemical elements trained to reproduce accurate (hybrid DFT with large basis) QM energies and forces. The models are available at https://t.co/nMOGN8mCEd