Read e-book online Quantum Computing: From Linear Algebra to Physical PDF

By Mikio Nakahara,Tetsuo Ohmi

ISBN-10: 0750309830

ISBN-13: 9780750309837

overlaying either thought and innovative experiments, Quantum Computing: From Linear Algebra to actual Realizations explains how and why superposition and entanglement give you the huge, immense computational strength in quantum computing. This self-contained, classroom-tested booklet is split into sections, with the 1st dedicated to the theoretical points of quantum computing and the second one taken with numerous applicants of a operating quantum desktop, comparing them based on the DiVincenzo standards.

Topics partially I


  • Linear algebra

  • Principles of quantum mechanics

  • Qubit and the 1st program of quantum details processing—quantum key distribution

  • Quantum gates

  • Simple but elucidating examples of quantum algorithms

  • Quantum circuits that enforce essential transforms

  • Practical quantum algorithms, together with Grover’s database seek set of rules and Shor’s factorization set of rules

  • The demanding factor of decoherence

  • Important examples of quantum error-correcting codes (QECC)

Topics partially II


  • DiVincenzo standards, that are the criteria a actual method needs to fulfill to be a candidate as a operating quantum computer

  • Liquid kingdom NMR, one of many well-understood actual systems

  • Ionic and atomic qubits

  • Several varieties of Josephson junction qubits

  • The quantum dots consciousness of qubits

Looking on the ways that quantum computing can turn into truth, this e-book delves into adequate theoretical historical past and experimental examine to aid an intensive figuring out of this promising field.

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Quantum Computing: From Linear Algebra to Physical Realizations by Mikio Nakahara,Tetsuo Ohmi


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