This paper from @jenseisert and colleagues sounds interesting!
"The incorporation of automatic differentiation in tensor networks algorithms has ultimately enabled a new, flexible way for variational simulation of ground states and excited states. In this work, we review the state of the art of the variational iPEPS framework. We present and explain the functioning of an efficient, comprehensive and general tensor network library for the simulation of infinite two-dimensional systems using iPEPS, with support for flexible unit cells and different lattice geometries."
https://scirate.com/arxiv/2308.12358
#quantum #TensorNetwork #computational #physics #AutomaticDifferentiation #iPEPS
#ipeps #AutomaticDifferentiation #physics #computational #tensornetwork #quantum
A technical blog post by #nvidia introduces new features of cuTensorNet 2.0 for approximate #tensornetwork simulations and compares respective performance to #numpy: https://developer.nvidia.com/blog/enabling-matrix-product-state-based-quantum-circuit-simulation-with-nvidia-cuquantum/
#nvidia #tensornetwork #numpy #quantum #hpc #gpu #a100
Apparently an #introduction post with hashtags is the done thing. So... hello all and #welcome to my profile!
I'm a former #software engineer who is now a #PhD student in #Mathematics @ #University of #Bath. I'm passionate about #physics - especially its #foundations. I'm currently writing up my #thesis on #parallel #tensornetwork #algorithms for #quantum lattice systems.
I am pro #equality, #education, #openscience and #climate action. I'm also a #vegetarian. NB. #earlycareer ≠ #young.
#young #earlycareer #vegetarian #climate #openscience #education #equality #quantum #algorithms #tensornetwork #parallel #thesis #foundations #physics #bath #university #mathematics #phd #software #welcome #introduction