University of Basel / Delft University of Technology / Stanford University / Delft University of Technology’s Kavli Institute / University of Tokyo / /
IndustryTerm
energy levels / quantum computing chip / quantum-computing chip / medical imaging / trial solutions / metal pen / quantum algorithm / quantum parallel processing / miniature electronic devices / quantum computing algorithm / quantum energy levels / conventional memory chip / optical equipment / quantum computing groups / correct solution / faster and lower-noise electronics / search problems / energy / external measurement equipment / lowest energy state / higher energy / electronics / computing / memory chips / cryogenic systems / quantum computing / quantum computing algorithms / quantum algorithms / /
Organization
University of Basel / Harvard / University of Tokyo / Delft University of Technology / Delft University of Technology’s Kavli Institute of NanoScience / Stanford University / /
Person
David DiVincenzo / Charles Marcus / Asher Peres / Daniel Loss / Robert W. Keyes / Leo Kouwenhoven / /
Position
physicist / INTEGRATE THEM www.spectrum.ieee.org About The Author / associate professor / /
second in a 2-part series on quantum computing Researchers are connecting tiny puddles of electrons in a chip and making them compute—the quantum way Three and five! The result was correct. After spending long nig