'Qubits' presentation slideshows

D-Wave Systems Inc. THE QUANTUM COMPUTING COMPANY TM

D-Wave Systems Inc. THE QUANTUM COMPUTING COMPANY TM. A.M. Zagoskin (D-Wave Systems and UBC). Tunable coupling of superconducting qubits. A. Blais (Yale University) A. Maassen van den Brink (D-Wave Systems) A.Yu. Smirnov (D-Wave Systems). Quantum Mechanics on the Large Scale, Banff,

862 views • 59 slides

Overview

718 views • 51 slides

Entanglement

Entanglement. This word was never used before 1994. Meanwhile physicists understood: * The structure of atoms, molecules, and nuclei * Quantum electrodynamics * Solid state physics * NMR * Superconductivity * Lasers * Quantum optics * Quantum Hall Effect ........

470 views • 41 slides

Quantum Computer

550 views • 29 slides

M. Grajcar, Institute for Physical High Technology, P.O. Box 100239, D-07702 Jena, Germany and

Application of the impedance measurement technique for demonstration of an adiabatic quantum algorithm. M. Grajcar, Institute for Physical High Technology, P.O. Box 100239, D-07702 Jena, Germany and Department of Solid State Physics, Comenius University,SK-842 48 Bratislava, Slovakia

284 views • 28 slides

Quantum Communication, Quantum Entanglement and All That Jazz

Quantum Communication, Quantum Entanglement and All That Jazz. Communication Sciences Institute, Ming Hsieh Department of Electrical Engineering, University of Southern California, Los Angeles, California 90089. Mark M. Wilde. Electron Spin. Photon Polarization. What is a qubit?.

518 views • 23 slides

D-Wave Systems Inc.

261 views • 22 slides

Experimental one-way quantum computing

Experimental one-way quantum computing. Student presentation by Andreas Reinhard. Outline. Introduction Theory about OWQC Experimental realization Outlook. Introduction. Standard model: Computation is an unitary (reversible) evolution on the input qubits

408 views • 17 slides

Department of Electronics

Nanoelectronics 18. Atsufumi Hirohata. Department of Electronics. 10:00 10/March/2014 Monday (G 001). Quick Review over the Last Lecture. Carbon nanomaterials :. ( Fullerene ) :. ( Diamond ) :. ( Graphene ) :. ( Carbon nanotube ) :. Contents of Nanoelectonics.

290 views • 17 slides

Experimental one-way quantum computing

Experimental one-way quantum computing. Student presentation by Andreas Reinhard. Outline. Introduction Theory about OWQC Experimental realization Outlook. Introduction. Standard model: Computation is an unitary (reversible) evolution on the input qubits

534 views • 17 slides

Experimental one-way quantum computing

Experimental one-way quantum computing. Student presentation by Andreas Reinhard. Outline. Introduction Theory about OWQC Experimental realization Outlook. Introduction. Standard model: Computation is an unitary (reversible) evolution on the input qubits

176 views • 17 slides

Quantum Computation Using Optical Lattices

Quantum Computation Using Optical Lattices. Ben Zaks Victor Acosta. Physics 191 Prof. Whaley UC-Berkeley. Contents. Standing Wave Light Field Egg Crate Potential Atom Cooling Gates and Qubits. 1D Optical Lattice. 2 Linearly Polarized Light Waves. ? +.

321 views • 14 slides