'Quantum gates' diaporamas de présentation

Introduction to Quantum Computing

Introduction to Quantum Computing. Lecture 1. OUTLINE. Why Quantum Computing? What is Quantum Computing? History Quantum Weirdness Quantum Properties Quantum Computation. Why Quantum Computing?. Transistors per chip. 10 9. ?. 10 8. 80786. Pentium Pro. 10 7. 80486. Pentium.

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Computing with Quanta for mathematics students

Financial supports from Kinki Univ., MEXT and JSPS. Computing with Quanta for mathematics students. Mikio Nakahara Department of Physics & Research Centre for Quantum Computing Kinki University, Japan. Table of Contents. 1. Introduction: Computing with Physics

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CSEP 590tv: Quantum Computing

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CSEP 590tv: Quantum Computing

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Daniel F. V. James Department of Physics University of Toronto

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Plan

Experimental Implementations of Quantum Computing David DiVincenzo, IBM Course of six lectures, IHP, 1/2006. Plan. Criteria for the physical implementation of quantum computing (I,II) Single-electron quantum dot quantum computing (II, III)

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ELE 523E COMPUTATIONAL NANOELECTRONICS

Mustafa Altun Electronics & Communication Engineering Istanbul Technical University Web: http://www.ecc.itu.edu.tr/. ELE 523E COMPUTATIONAL NANOELECTRONICS. W3: Quantum Computing, 22 /9/201 4. FALL 201 4. Outline. Quantum computing Gates and circuits Algorithms

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Quantum Computation and Algorithms

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Quantum Computers

Quantum Computers. Gates, circuits and programming. Quantum gates. Quantum gates. The same way classical gates manipulate only a few bits at a time, quantum gates manipulate only a few qubits at a time Usually represented as unitary matrices we already saw Circuit representation.

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Quantum computation and quantum information

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Quantum Computing

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Trapped Ions and the Cluster State Paradigm of Quantum Computing

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Whither Quantum Computing?

Daniel F. V. JAMES. Department of Physics and Center for Quantum Information and Quantum Control (CQIQC) University of Toronto. Whither Quantum Computing?. 2007 CQCT ANNUAL WORKSHOP Sydney, Australia 8 February 2007. funding by ARO, NSERC gratefully acknowledged.

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Quantum Computing, Rieffel & Polak Chapter 5

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Q uantum C omputing

Q uantum C omputing. By: Mike Neumiller & Brian Yarbrough. What is a quantum computer?. A quantum computer is a computer that exploits the quantum mechanical properties of superposition in order to allow a single operation to act on a large number of pieces of data .

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Dogma and Heresy in Quantum Computing

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Implementation of Quantum Computing

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Quantum Robot Analysis and entanglement

Quantum Robot Analysis and entanglement. Classic Braitenberg. Fear. Aggression. A. B. H. P. Q. Programmable Braitenberg. Ultrasonic Sensor. A = Left Light Sensor. B = Right Light Sensor. Circuit Implemented by Program. Q = Motor for Right Wheel. P = Motor for Left Wheel.

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Quantum Computing: the final presentation

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