Excited to share this - can neural networks provide a compact and expressive wavefunction ansatz for quantum chemistry? With wonderful collaborators @pfau, @alexggmatthews at DeepMind and Matthew Foulkes at Imperial. #compchem
Thrilled to be able to share what I've been working on for the last year - solving the fundamental equations of quantum mechanics with deep learning!
https://t.co/pzp0Xhsxbu
I’m beyond thrilled to share that our work on using deep learning to compute excited states of molecules is out today in @ScienceMagazine! This is the first time that deep learning has accurately solved some of the hardest problems in quantum physics. https://t.co/TWagWjXMV6
Modifications to the fermionic neural network allow it to tackle studies of a unitary Fermi gas with unrivaled accuracy, suggesting the architecture can also be used to study other strongly correlated systems.
https://t.co/0lhRBPi8ex
@lou_tonny@sutterud@pfau@exp_n
New research shows that learned force fields are ready for use in catalyst discovery.
Here, ‘Easy Potentials’ outperform classical quantum chemistry tools on the #OpenCatalyst challenge and find lower energy structures outside of the training set: https://t.co/iR1jSofeFJ 1/2
✨ Applications for internships are now open✨
Interning at DeepMind offers a unique opportunity to closely collaborate with our team & work on various projects that aim to advance science and benefit humanity.
Interested? Learn more: https://t.co/31ASQzuCKU
Announcing 4 days of "Machine learning for Quantum Simulation" on June 22-23 & June 29-30 @FlatironCCQ - topics include classical ML for quantum sim./VQEs/ML for DFT/quantum tomography etc. Great lineup of speakers, fully virtual, register here to attend! https://t.co/r9WfiPp91S
Today we are releasing Haiku and RLax, our JAX libraries for neural networks and reinforcement learning. Check them out at https://t.co/nWfmeLMkSS and https://t.co/x7hEFPQkc5 ! #jax#AI#RL#deeplearning#machinelearning
RT to vote for Jess Piasecki! 🇬🇧
Piasecki won the Florence Marathon on her debut at the distance in 2:25:29.
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When I moved to machine learning 11 years ago I thought I was done with quantum physics. Funny how things work out! Work with the exceptional @pfau@exp_n and Matthew Foulkes.