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Quantum Computing & Algorithms

Quantum Computing & Algorithms

Quantum Computing & Algorithms. Loginov Oleg Department of Computational Physics Saint-Petersburg State University 2004. Contents. Fundamentals Logic Qubit (short of quantum bit) Operators Multi-qubit systems Entangled states Quantum Circuits (Gates) Computational Algorithms

By oshin
(454 views)

Quantum computing

Quantum computing

Quantum computing. Alex Karassev. Quantum Computer. Quantum computer uses properties of elementary particle that are predicted by quantum mechanics Usual computers: information is stored in bits Quantum Computers: information is stored in qubits

By ostinmannual
(229 views)

Quantum Computing and the Limits of the Efficiently Computable

Quantum Computing and the Limits of the Efficiently Computable

Quantum Computing and the Limits of the Efficiently Computable. Scott Aaronson (UT Austin) Cornell Messenger Lecture, November 28, 2017 Papers and slides at www.scottaaronson.com. GOLDBACH CONJECTURE: TRUE NEXT QUESTION. Things we never see…. Warp drive. Ü bercomputer. Perpetuum mobile.

By Jims
(325 views)

Silicon-based Quantum Computation

Silicon-based Quantum Computation

Silicon-based Quantum Computation. C191 Final Project Presentation Nov 30, 2005. Cheuk Chi Lo Kinyip Phoa Dept. of EECS, UC Berkeley. Silicon-based Quantum Computation: Presentation Outline. Introduction Proposals for Silicon Quantum Computers

By rehan
(233 views)

The Relationship Between Nanotechnology and Quantum Computing June 5 2003

The Relationship Between Nanotechnology and Quantum Computing June 5 2003

The Relationship Between Nanotechnology and Quantum Computing June 5 2003 Dr. Geordie Rose, President & CEO D-Wave rose@dwavesys.com.

By montana
(168 views)

Quantum computing

Quantum computing

Quantum computing. Alex Karassev. Quantum Computer. Quantum computer uses properties of elementary particle that are predicted by quantum mechanics Usual computers: information is stored in bits Quantum Computers: information is stored in qubits

By willis
(497 views)

Bit Commitment, Fair Coin Flips, and One-Way Accumulators

Bit Commitment, Fair Coin Flips, and One-Way Accumulators

Bit Commitment, Fair Coin Flips, and One-Way Accumulators. Matt Ashoff 11/9/2004 Cryptographic Protocols. Outline. Bit Commitment Definition Properties Applications Implementations Fair Coin Flips Definition Implementations One-Way Accumulators Definition Example Motivation

By magdalen
(148 views)

Quantum computing

Quantum computing

Quantum computing. Alex Karassev. Quantum Computer. Quantum computer uses properties of elementary particle that are predicted by quantum mechanics Usual computers: information is stored in bits Quantum Computers: information is stored in qubits

By ulf
(209 views)

Properties of Modular Categories and their Computation Consequences

Properties of Modular Categories and their Computation Consequences

Properties of Modular Categories and their Computation Consequences. Eric C. Rowell, Texas A&M U. UT Tyler, 21 Sept. 2007. A Few Collaborators. Publications/Preprints. [Franko,ER,Wang] JKTR 15 , no. 4, 2006 [Larsen,ER,Wang] IMRN 2005 , no. 64 [ER] Contemp. Math. 413 , 2006

By ferris
(78 views)

Quantum Computing

Quantum Computing

Quantum Computing. Physics 496 Jeffrey Kiyabu. Quantum Computing. Bits & Qubits Quantum phenomena A. Superposition B. Parallelism C. Interference Computation A. Unitary operators (logic gates) B. Algorithms Technological/Systematic Obstacles A. Decoherence

By terri
(127 views)

Quantum algorithms with polynomial speedups

Quantum algorithms with polynomial speedups

Quantum algorithms with polynomial speedups. Andris Ambainis University of Latvia. Search [Grover, 1996]. ?. ?. ?. ?. ?. . N objects; Find an object with a certain property. Conventional computer: N objects Quantum computer: √N objects. Useful for many computational tasks.

By ginny
(119 views)

Nanobiotechnololy

Nanobiotechnololy

Nanobiotechnololy. Video Journey Into Nanotechnology http://www.youtube.com/watch?v=5jqQxuVncmc Enzyme Immobilization: Nanobiotechnology: Putting Molecular Machines to Work http://www.youtube.com/watch?v=XYmioTsy4Cc. Nucleus. Ribosome. Eukaryotic cells. Bacteria. Viruses. Proteins.

By Samuel
(184 views)

Quantum Computing

Quantum Computing

Quantum Computing. History, Future, and Algorithms. John Lavigne COT 4810 April 15, 2008. Summary. Intro to Quantum Physics Issues with Practical Application QC History QC Limits Deutsch Algorithm Shor's Algorithm Grover's Algorithm. Quantum Physics 101.

By buthainah
(224 views)

Cryptography Made Easy

Cryptography Made Easy

Cryptography Made Easy. Stuart Reges Principal Lecturer University of Washington. Why Study Cryptography?. Secrets are intrinsically interesting So much real-life drama: Mary Queen of Scots executed for treason primary evidence was an encoded letter

By hallam
(133 views)

In this study we introduce a new solid state material in which qubit interaction

In this study we introduce a new solid state material in which qubit interaction

New Room Temperature Solid-State Qubits for Future Quantum Computers. S. Nellutla, K.-Y. Choi, M. Pati, J. van Tol, I. Chiorescu and N. S. Dalal NHMFL, Dept. of Chemistry and Biochemistry and Dept. of Physics, FSU.

By oakley
(113 views)

1. What was the first computer ever? (non-biological, so brains are excluded) 

1. What was the first computer ever? (non-biological, so brains are excluded) 

1. What was the first computer ever? (non-biological, so brains are excluded) . Answer: Colossus  was the world's first electronic digital computer that was at all programmable, by QCHQ in 1943. 2. What is the best current computer and why? . Answer: The world’s Fastest Supercomputer

By cole
(76 views)

Quantum Computing

Quantum Computing

Quantum Computing. The Next Generation of Computing Devices?. What is a Quantum Computer?. Quantum Computer A computer that uses quantum mechanical phenomena to perform operations on data through devices such as superposition and entanglement. Classical Computer (Binary)

By corina
(370 views)

Effects of Decoherence in Quantum Control and Computing

Effects of Decoherence in Quantum Control and Computing

Effects of Decoherence in Quantum Control and Computing. Leonid Fedichkin in collaboration with Arkady Fedorov, Dmitry Solenov, Christino Tamon and Vladimir Privman Center for Quantum Device Technology, Clarkson University, Potsdam, NY.

By vachel
(127 views)

Quantum Parallelism and the Exact Simulation of Physical Systems

Quantum Parallelism and the Exact Simulation of Physical Systems

Quantum Parallelism and the Exact Simulation of Physical Systems. Dan Cristian Marinescu School of Computer Science University of Central Florida Orlando, Florida 32816 , USA. Frontier(s)… from Webster’s unabridged dictionary.

By marion
(88 views)

Dannelly's Short History of Computing

Dannelly's Short History of Computing

Dannelly's Short History of Computing. CSCI327 Social Implications of Computing. In the beginning…. Pascal created a calculator in 1652 able to add and subtract A = A + B. photos from en.wikipedia.org. Charles Babbage (1791-1871). Math Tables Problem

By lowri
(140 views)

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