If you are interested and have experience in a) LAMMPS (or molecular dynamics in general), b) Phase field models or c) other areas of computational materials science - please apply below.

rmit.wd3.myworkdayjobs.com/RMIT_Careers...

@rigetti.bsky.social, Lawrence Livermore National Labs and our other collaborators are producing lots of new data. We need to build novel computational models to help interpret the results, which span the atomic to devices scales.

Given all the hype and eye-wateringly large amounts of money being invested in quantum computing across all platforms (not just superconducting), its great to be reminded that it is all based on some really cool physics (pun intended).

I'm therefore very happy to see this prize awarded for the fundamental origins of this field. On top of that, both Johns were very early supporters of my efforts to understand the materials science of qubits, at a time when it was not considered "fashionable" - for which I'm quite grateful.

It was a crazy combination of engineering and quantum physics - and I wanted to know more. I went to study with the late, great Prof. Dr. Gerd Schön who was one of the leading theorists in this area. In Karlsruhe I learnt how incredibly interesting and powerful superconducting circuits really are.

Now I’m confused. If Quokkas don’t exist does that mean they are or aren’t really a quantum computer?? 😉

qc_peeps += 1;