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General


Description

The aim of this course is to introduce basic ideas of quantum computation and quantum information. To actually process information means to to build a physical device capable of performing the required operations. If one attempts to use microscopic carriers to store and subsequently process information, on is forced to rethink the fundamentals of computation of information. Interestingly, this altered perspective not only imposes restrictions to process information but also opens up new, classically unexpected approaches.

Main paradigms of quantum information theory such as the no-cloning theorem, teleportation, and basic quantum algorithms will be presented. The ideas of doing computations quantum mechanically will be made explicit using quantum circuits.

Entanglement of quantum systems is an important feature which is thought of as a resource to perform tasks in a non-classical way. Hence, the problems of identifying and quantifying entanglement emerge, and some of the currently available tools will be discussed.

Recommended books:
  • MA Nielsen, I L Chang Quantum Computation and Quantum Information Cambridge University Press, Cambridge 2000

Semester

Spring 2008 (Monday, January 21 to Friday, March 14; Monday, April 28 to Friday, May 16)

Timetable

  • Fri 11:05 - 11:55

Prerequisites

No prerequisites information is available yet.

Syllabus

No syllabus information is available yet.

Lecturer


Stefan Weigert
Email slow500@york.ac.uk
Phone (01904) 324152
Photo of Stefan Weigert


Students


Photo of Charles Eaton
Charles Eaton
(Manchester)
Photo of Mark Hickey
Mark Hickey
(Leeds)
Photo of Mark Kambites
Mark Kambites
(Manchester)
Photo of Jesse Karadia
Jesse Karadia
(Nottingham)
Photo of Lijing Lin
Lijing Lin
(Manchester)
Photo of Joel Weller
Joel Weller
(Sheffield)


Bibliography


No bibliography has been specified for this course.

Assessment



No assessment information is available yet.

No assignments have been set for this course.

Recorded Lectures


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