<--- Back to Details
First PageDocument Content
Quantum information science / Quantum mechanics / Theoretical computer science / Physics / Superdense coding / Qubit / Controlled NOT gate / Bell state / Quantum entanglement / Entanglement-assisted stabilizer formalism / Quantum error correction
Date: 2018-08-26 18:22:47
Quantum information science
Quantum mechanics
Theoretical computer science
Physics
Superdense coding
Qubit
Controlled NOT gate
Bell state
Quantum entanglement
Entanglement-assisted stabilizer formalism
Quantum error correction

Lecture 9: Tues Feb 14: Superdense Coding OK, now on to some new stuff! Superdense Coding is the first protocol we’ll see that requires entanglement. Basic information theory (Shannon) tells us that “by sending bits,

Add to Reading List

Source URL: www.scottaaronson.com

Download Document from Source Website

File Size: 211,93 KB

Share Document on Facebook

Similar Documents

Quantum Psyche B.E. Baaquie, F. Carminati, J. Demongeot, G. Galli Carminati, F. Martin, M. Teodorani February 18, 2015

Quantum Psyche B.E. Baaquie, F. Carminati, J. Demongeot, G. Galli Carminati, F. Martin, M. Teodorani February 18, 2015

DocID: 1rchF - View Document

FAULT-TOLERANT LOGICAL GATES IN QUANTUM ERROR-CORRECTING CODES Fernando Pastawski with Beni Yoshida arXiv:soon PRA) QEC 2014, Zurich

FAULT-TOLERANT LOGICAL GATES IN QUANTUM ERROR-CORRECTING CODES Fernando Pastawski with Beni Yoshida arXiv:soon PRA) QEC 2014, Zurich

DocID: 1qBN7 - View Document

Fully pulse-controlled gate operations on always coupled qubit chains Holger Frydrych,1 Michael Marthaler,2 and Gernot Alber1 1

Fully pulse-controlled gate operations on always coupled qubit chains Holger Frydrych,1 Michael Marthaler,2 and Gernot Alber1 1

DocID: 1qs6s - View Document

PHYSICAL REVIEW X 6, Scalable Quantum Simulation of Molecular Energies P. J. J. O’Malley,1,* R. Babbush,2,† I. D. Kivlichan,3 J. Romero,3 J. R. McClean,4 R. Barends,5 J. Kelly,5 P. Roushan,5 A. Tranter

PHYSICAL REVIEW X 6, Scalable Quantum Simulation of Molecular Energies P. J. J. O’Malley,1,* R. Babbush,2,† I. D. Kivlichan,3 J. Romero,3 J. R. McClean,4 R. Barends,5 J. Kelly,5 P. Roushan,5 A. Tranter

DocID: 1pruA - View Document

Quantum Computing and Cryptography Spring Semester 2011 Steve Vickers The University of Birmingham School of Computer Science

Quantum Computing and Cryptography Spring Semester 2011 Steve Vickers The University of Birmingham School of Computer Science

DocID: 1fZg5 - View Document