Speaker
Yukari Yamauchi
Description
Applications of quantum computing to nuclear physics have been studied intensively in recent years. One natural application of quantum computing is the simulation of real-time dynamics of a QCD matter via first principles, which is difficult on a classical computer due to the sign problem. In this talk, I will focus on the viscosity and discuss a general quantum algorithm for computing the viscosity via first principles. Due to the limitation of resources, such calculation on a quantum computer is possible only for small-volume systems in the foreseeable future. I will discuss finite-volume effects on the computation of the viscosity in the context of the quantum algorithm.
Primary authors
Yukari Yamauchi
Dr
Henry Lamm
(Fermi National Accelerator Laboratory)
Dr
Scott Lawrence
(University of Colorado - Boulder)
