Jim Simons (1938–2024) was driven by curiosity. His lifelong passion for math and basic science led him to successful careers as a mathematician, investor and philanthropist. Read more about Jim’s life and work: https://t.co/AAMZRaZXGy
Flatiron CCQ is advertising an Associate Research Scientist position in computational correlated materials, combining many-body approaches and electronic structure to describe real materials. More info here: https://t.co/iHq7xgHE0a
Research scientist positions now open for applications at the new Initiative for Computational Catalysis at the Flatiron Institute / Simons Foundation. More details:
https://t.co/8Rr22866AP
⭐️Looking for two post docs to come join us at EPFL ⭐️
One focused broadly on quantum learning theory.
The other, joint with Christa Zoufal and Stefan Woerner at IBM Quantum, working broadly on quantum simulation.
Apply 👉 https://t.co/YQ7rXjgPDr
Our new ITensor GPU backend system is now live in the latest Julia version, building on hard work by Karl Pierce and Matt Fishman, using the elegant new package extension system. See Matt's post about the initial release here:
https://t.co/90FzedAG0k
A comment I hear sometimes when comparing @JuliaLanguage to python is that they both use the same libraries like BLAS or MKL, so well-written python code can be as fast as Julia if not faster.
1/5
Good luck doing it in python! If you succeeded, try creating a view rather than a copy:) And yes, in Julia it is as easy as
b = @view a[..,[1,3,5],:,[4]]
5/5
PhD/Postdoc positions are available in my research group @UniBremen -- please DM/email. https://t.co/netMsTJLEv
Topics include cavity quantum materials, light-matter interactions, light-induced states of matter, and more. Become part of our team! RT appreciated 😎
In our preprint on the arxiv today: https://t.co/MM1jmNxbe1
We (Matt Fishman, @MStoudenmire, Dries Sels and myself) show how an accurate, efficient tensor network calculation can be done for the Kicked Ising model recently simulated by IBM on their Eagle quantum processor.