Classical simulation of quantum computing
(by Juan Carrasquila Alvarez)
Quantum computing devices are rapidly evolving and are reaching computational capabilities beyond those of classical computers. As quantum hardware matures, so do the strategies to simulate them classically, creating a productive feedback loop where leaps in quantum computing inspire stronger classical simulation strategies that match or surpass their power. This proseminar surveys the current landscape of classical simulations of quantum computing. We will focus on understanding a wide array of numerical strategies to simulate quantum computers, from foundational full-vector state simulators and simulation of Clifford circuits, to modern tensor network methods, Pauli propagation algorithms, available software frameworks, and beyond. Along the way, participants will learn the principles behind the techniques, their strengths and limitations, and how they are shaping the benchmarking and design of next-generation experiments on quantum hardware.
(max. 6 Bachelor students, max. 14 Master students allowed)
