Julius A. Stratton Professor in Electrical Engineering and Physics
Massachusetts Institute of Technology · United States
An experimentalist and theorist whose work spans early quantum computation with nuclear spins and algorithms that improve how quantum computers simulate physical systems.
Chuang connects two demanding parts of quantum computing: controlling a physical experiment and determining what an ideal machine can calculate efficiently. His coauthored nuclear magnetic resonance experiment implemented a small instance of Shor’s algorithm. Later work with Guang Hao Low developed quantum signal processing for Hamiltonian simulation. Together these contributions give readers a route from early demonstrations to the algorithmic tools used to reason about more capable quantum processors.
Delft University of Technology / QuTech · Netherlands
Develops quantum control of spins, from an early nuclear-magnetic-resonance demonstration of Shor’s algorithm to semiconductor quantum dots designed for quantum computation and simulation.
Vandersypen’s career connects an early experimental test of a quantum algorithm with the continuing challenge of building controllable solid-state qubits. The nuclear-spin experiment demonstrated a small instance of factoring, while his Delft program develops ways to trap, initialize, manipulate and read individual electron spins. These contributions address different stages of the field. Together they show how algorithm demonstrations and detailed device control can inform the search for physical systems that support larger quantum computations.
