Superdense coding - PowerPoint PPT Presentation

Superdense coding

Superdense coding. How much classical information in n qubits?. Observe that 2 n  1 complex numbers apparently needed to describe an arbitrary n -qubit pure quantum state: because  000  000  +  001  001  +  010  010  +  +  111  111 

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CS290A, Spring 2005: Quantum Information &amp; Quantum Computation

Wim van Dam Engineering 1, Room 5109 vandam@cs http://www.cs.ucsb.edu/~vandam/teaching/CS290/. CS290A, Spring 2005: Quantum Information &amp; Quantum Computation. Administrative. The Final Examination will be: Monday June 6, 12:00–15:00, PHELPS 1401

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Richard Cleve DC 3524 cleve@cs.uwaterloo

Introduction to Quantum Information Processing CS 467 / CS 667 Phys 667 / Phys 767 C&amp;O 481 / C&amp;O 681. Richard Cleve DC 3524 cleve@cs.uwaterloo.ca. Lecture 2 (2005). Superdense coding. How much classical information in n qubits?.

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273 views • 24 slides

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Superdense coding - PowerPoint PPT Presentation

Superdense coding

CS290A, Spring 2005: Quantum Information &amp;amp; Quantum Computation

Richard Cleve DC 3524 cleve@cs.uwaterloo

CS290A, Spring 2005: Quantum Information & Quantum Computation