Monday, August 27
9:00-9:40	Matthias Troyer (Microsoft Research)	Quantum computing and materials challenges
10:15-10:55	Yoshihisa Yamamoto (Stanford University)	Physics of quantum-to-classical crossover and coherent Ising machines
11:30-12:10	Garnet Chan (California Institute of Technology)	Algorithms and targets for quantum computers
14:30-15:10	Eric Cances (Ecole Nationale des Ponts-et-Chaussees)	Density Functional Theory for quantum dots embedded in crystalline matrices
16:00-16:40	Edwin Barnes (Virginia Tech)	Modeling and cancellation of noise in semiconductor quantum dot spin qubits
Tuesday, August 28
9:00-9:40	Markus Reiher (ETH Zurich)	What is required for solving chemical problems on a quantum computer?
10:15-10:55	Bela Bauer (Microsoft Station Q)	Dynamics of Majorana-based qubits
11:30-12:10	Roman Lutchyn (Microsoft Research)	Scalable Designs for Quasiparticle-Poisoning-Protected Topological Quantum Computation with Majorana Zero Modes
14:30-15:10	Susan Coppersmith (University of Wisconsin-Madison)	Building a Quantum Computer Using Quantum Dots in Silicon/Silicon-Germanium Heterostructures
16:00-16:40	Hidetoshi Nishimori (Tokyo Institute of Technology)	Performance enhancement of quantum annealing by non-traditional quantum driving
Wednesday, August 29
9:00-9:40	Rick Muller (Sandia National Laboratories)	Modeling quantum and nanoscale semiconductor electronic devices
10:15-10:55	Yasuyuki Kawahigashi (University of Tokyo)	Topological phases of matter, modular tensor categories and operator algebras
11:30-12:10	Sophia Economou (Virginia Tech)	Defects in SiC: Electronic structure, spin control, and spin-photon interfaces
14:00-14:30	Zhenghan Wang (Microsoft Research)	Summary