logarithmic energy barrier / energy barrier / room temperature solid-state quantum information processor / experimental technology / translation / polar alkali-metal dimers / zero-energy modes / atomic systems / superconductorferromagnet device / quantum information processing / tensor networks / quantum many-body systems / quantum systems / oracle search problems / topological tensor networks / 2D electron gas / localized zero-energy / anyon systems / experimental tool / energy / high-energy particle collisions / quantum computing systems / boundary law / matter systems / Energy landscape / noise-tolerant protocols / universal low-energy transport / energy cost / zero-energy / tensor product / numerical strong-disorder renormalization / controlled quantum systems / fault-tolerant processing / quantum information processor / ordered systems / quantum information network using atom-nanofiber systems / fault-tolerant protocols / quantum algorithms / correlated systems / disordered spin systems / numerical solution / /
OperatingSystem
Fermi / /
Organization
Institute for Quantum Information / Institute for Quantum Information Findings / /
Person
Gil Refael / Jeff Kimble / Glen Evenbly / Gorjan Alagic / Steve Flammia / Kevin Kuns / Postdocs Darrick Chang / Liang Jiang / Jason Alicea / Alexey Gorshkov / Jeongwan Haah / Leonard Schulman / Norbert Schuch / Stephen Jordan / Netanel Lindner / Yi-Kai Liu / Isaac Kim / Shu-Ping Lee / Keith Lee / Alagic Bering / Edgar Bering / John Preskill / /
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