'Decoherence time' presentation slideshows

Classical and Quantum Error Correction

Classical and Quantum Error Correction. Chien Hsing James Wu David Gottesman Andrew Landahl. Outline. Classical and quantum channels Overview of error correction Classical linear codes Quantum codes Conclusions. Two types of channels are discussed:. XOR. 1. 2. Standard addition.

809 views • 58 slides

Chien Hsing James Wu David Gottesman Andrew Landahl

Chien Hsing James Wu David Gottesman Andrew Landahl. Outline. Classical and quantum channels Overview of error correction Classical linear codes Quantum codes Conclusions. Two types of channels are discussed:. XOR. 1. 2. Standard addition. Quantum Channel Models.

717 views • 58 slides

Chien Hsing James Wu David Gottesman Andrew Landahl

Chien Hsing James Wu David Gottesman Andrew Landahl. Outline. Classical and quantum channels Overview of error correction Classical linear codes Quantum codes Conclusions. Two types of channels are discussed:. XOR. 1. 2. Standard addition. Quantum Channel Models.

587 views • 58 slides

Readout SQUID

Readout SQUID. Measurements of the 1/f noise in Josephson Junctions and the implications for qubits Jan Kycia, Chas Mugford- University of Waterloo Michael Mueck- University of Giessen, Germany John Clarke- University of California, Berkeley. The Group. Chas Mugford 1/f noise. Shuchao Meng

771 views • 56 slides

EDM Searches in storage rings

617 views • 45 slides

448 views • 34 slides

Use of Head-Tail Chromaticity Measurement in the Tevatron V. H. Ranjbar (FNAL)

Use of Head-Tail Chromaticity Measurement in the Tevatron V. H. Ranjbar (FNAL). Overview. Introduction to Head-Tail Phase Shift method to measure chromaticity Advantages of H-T method Set-up of H-T monitor in the Tevatron Limitation of system in Tevatron. Measurement issues in the LHC

343 views • 27 slides

Silicon-based Quantum Computation

Silicon-based Quantum Computation. C191 Final Project Presentation Nov 30, 2005. Cheuk Chi Lo Kinyip Phoa Dept. of EECS, UC Berkeley. Silicon-based Quantum Computation: Presentation Outline. Introduction Proposals for Silicon Quantum Computers

475 views • 21 slides