'Bell states' diaporamas de présentation

Quantum Memory For Teleportation And the Quantum Internet

Quantum Memory For Teleportation And the Quantum Internet. Team: Ahmed Hasan (Undergrad Student) Ken Salit (Graduate Student) Jacob Morzinski (Graduate Student/MIT) Dr. Venkatesh Gopal (Post-Doc) Dr. Gaur Tripathi (Post-Doc) Prof. Philip Hemmer (Texas A&M: Visitor). Supported By:

640 views • 42 slides

Efficient many-party controlled teleportation of multi-qubit quantum information via entanglement

Efficient many-party controlled teleportation of multi-qubit quantum information via entanglement. Chui-Ping Yang, Shih-I Chu, Siyuan Han Physical Review A, 2004 Presenting: Victoria Tchoudakov. Motivation. Teleportation via the control of agents is a way to create a teleportation network.

437 views • 32 slides

Elie Wolfe * & S.F. Yelin

289 views • 16 slides

Richard Cleve DC 3524 cleve@cs.uwaterloo Course web site at:

Introduction to Quantum Information Processing CS 467 / CS 667 Phys 467 / Phys 767 C&O 481 / C&O 681. Richard Cleve DC 3524 cleve@cs.uwaterloo.ca Course web site at: http://www.cs.uwaterloo.ca/~cleve/courses/cs467. Lecture 22 (2005). Contents. Recap: BB84 key exchange protocol

270 views • 16 slides

Introduction to Quantum Information Processing CS 667 / PH 767 / CO 681 / AM 871

Introduction to Quantum Information Processing CS 667 / PH 767 / CO 681 / AM 871. Lecture 24 (2009). Richard Cleve DC 2117 cleve@cs.uwaterloo.ca. The Lo-Chau key exchange protocol: easier to analyze, though harder to implement. Eve. Sufficiency of Bell states.

279 views • 13 slides