A multiscale light-matter dynamics software on Aurora claims 152x and 3,780x speedups and 1.87 EFLOP/s, but the performance comparisons and peak-efficiency figure are questionable.
While topological quantum matter was the topic of the 2016 Nobel physics prize, ultrafast control of quantum materials on demand is best achieved via light-matter interaction [3]
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Multiscale light-matter dynamics in quantum materials: from electrons to topological superlattices
A multiscale light-matter dynamics software on Aurora claims 152x and 3,780x speedups and 1.87 EFLOP/s, but the performance comparisons and peak-efficiency figure are questionable.