regular solution / open quantum systems / strict area law scaling / area law / quantum information processing / polynomial-time algorithm / communication protocol / spin systems / feedback algorithm / ground state energy / quantum systems / quantum key distribution protocols / spin chain systems / gapped twodimensional media / matrix product systems / cryptographic protocols / tolerant protocols / lattice systems / power-law decaying correlations / n-qubit device / physical systems / quantum algorithms / /
NaturalFeature
Hall plateau / /
Organization
Institute for Quantum Information / Institute for Quantum Information Findings / /
Person
Hugues de Riedmatten / Jeff Kimble / Jon Yard / Daniel Felinto / S. Polyakov / Parsa Bonderson / Jens Eisert / Hayden / H. Jeff Kimble / Robin Blume-Kohout / Frank Verstraete / Ben Toner / Luc Bouten / Steve van Enk / James Chou / D. Felinto / Erik Schomburg / Leonard Schulman / Bob / Charlie / H. de Riedmatten / Sergey Polyakov / Kovid Goyal / Andrew Childs / S. J. van Enk / Dorit Aharonov / Kirill Shtengel / Julien Laurat / Sergey Bravyi / W. Chou / Graeme Smith / Mike Armen / Pawel Wocjan / Alexei Kitaev / Robert Raussendorf / Debbie Leung / Hideo Mabuchi / Ramon van Handel / John Preskill / J. M. Renes / Greg Ver Steeg / /
Institute for Quantum Information Findings – [removed]Quantum information science is an exciting emerging field that addresses how fundamental physical laws can be harnessed to dramatically improve the acquisition, tran