'Quantum information processing' diaporamas de présentation

Quantum Information A Glimpse at the Strange and Intriguing Future of Information

Quantum Information A Glimpse at the Strange and Intriguing Future of Information. Dan C. Marinescu School of Computer Science University of Central Florida Orlando, Florida 32816 , USA dcm@cs.ucf.edu. Acknowledgments. The material presented is based on the books

913 views • 64 slides

Mirror-curve codes for knots and links

Mirror-curve codes for knots and links. Ljiljana Radovic, Slavik Jablan 3.-8.9. 2012 , Zlatibor. Snake with interlacing coil, Cylinder seal, Ur, Mesopotamia, 2600-2500 B.C. 9x5. ``The Tchokwe people of northeast Angola are well known for their beautiful decorative art. When they

589 views • 43 slides

Introduction to Quantum Information Processing

902 views • 41 slides

Quantum Information Processing with a single photon source

Quantum Information Processing with a single photon source. David Fattal. Dept of Physics, Stanford University. Les Houches seminar, July 17 2003. GOOD. essentially no decoherence. single qubit unitaries are very easy and accurate. BAD. controlled interactions between qubits are hard.

668 views • 23 slides

Guenther Krumpak ITBeurope Brussels, April 16, 2008

354 views • 22 slides

Entanglement, correlation, and error-correction in the ground states of many-body systems

532 views • 21 slides

Future & Emerging Technologies (FETs)

Future & Emerging Technologies (FETs). Kostas Glinos DG-INFSO F1. FET: Why are we there?. To support research that is: Visionary and exploratory Longer term or high risk A nursery of novel ideas - trend setting It is a multidisciplinary job:

325 views • 21 slides

Future & Emerging Technologies (FETs)

Future & Emerging Technologies (FETs). Kostas Glinos DG-INFSO F1. FET: Why are we there?. To support research that is: Visionary and exploratory Longer term or high risk A nursery of novel ideas - trend setting It is a multidisciplinary job:

213 views • 21 slides

Fast and Robust Laser Cooling of Trapped Systems

Fast and Robust Laser Cooling of Trapped Systems. Javier Cerrillo-Moreno , Alex Retzker, Martin B. Plenio. Obergurgl, 7 th June 2010. Motivation. Quantum Information Processing Quantum Simulation Quantum Optics Localized quantum object Precision measurements Spectroscopy. R. Blatt.

386 views • 20 slides

NEAR-FUTURE APPLICATIONS of QUANTUM INFORMATION PROCESSING

NEAR-FUTURE APPLICATIONS of QUANTUM INFORMATION PROCESSING. Dr. Tal Mor Department of Computer Science Technion- Israel Institute of Technology. Quantum Information Processing is very promising. Do we need to wait 20-30 years for an application?.

367 views • 20 slides

228 views • 20 slides

207 views • 20 slides

Quantum Cryptography

Quantum Cryptography. Homer Van Grinsimpson. Physics 43, SRJC.Spring 11 May 9, 2011. aka Seth Van Grinsven. Chris Wenrich. James Anderson. History Of Quantum Cryptography. -'Computable Numbers' published in 1936 by Alan Turing

341 views • 12 slides

RAMBOQ Year 2 Success stories

HP Labs Bristol UK. Univ Queensland Australia. RAMBOQ Year 2 Success stories. Univ Erlangen. J.G. Rarity Innsbruck, Feb 15th 2005. IdQuantique. RAMBOQ Year 2 Success stories Innsbruck, Feb 15 th 2005. For linear optics quantum computation and quantum networks we need:

208 views • 6 slides

RAMBOQ Year 2 Success stories

HP Labs Bristol UK. Univ Queensland Australia. RAMBOQ Year 2 Success stories. Univ Erlangen. J.G. Rarity Innsbruck, Feb 15th 2005. IdQuantique. RAMBOQ Year 2 Success stories Innsbruck, Feb 15 th 2005. For linear optics quantum computation and quantum networks we need:

69 views • 6 slides

Ordered InGaN quantum dot array .

Fabrication of Ordered Semiconductor Quantum Dots Sandip Tiwari, Cornell University, ECCS - 0335765.

187 views • 1 slides

Research

Materials Computation Center, University of Illinois Duane D. Johnson and Richard Martin, NSF DMR-03-25939 Spintronics in Triple Quantum Dots J.P. Leburton (ECE) and R.M. Martin (Physics). Research

81 views • 1 slides

Research

Materials Computation Center, University of Illinois Duane D. Johnson and Richard Martin, NSF DMR-0325939 Spintronics in Triple Quantum Dots J.P. Leburton (ECE) and R.M. Martin (Physics). Research

95 views • 1 slides