## Approaching Quantum Computing |

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### Contents

Introduction | 1 |

Quantum MechanicsA Mathematical Model of the Physical World | 43 |

Qubits and Their Physical Realization | 97 |

Copyright | |

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8 other sections not shown ## Common terms and phrasesAlice and Bob angle atom axis basis vectors beam splitter binary bits Bloch sphere circuit in Figure CNOT gate complex numbers components control input control qubit corresponding denoted detector discussed eigenvalues eigenvectors electron elements encoded energy entangled particles entropy equation example experiment factor finite Fredkin gate function Gcnot Hadamard gate Hermitian Hilbert space identity inner product integer light magnetic field measurement modulo momentum multiplication observable orthogonal orthonormal basis outcome output pair particlel Pauli matrices performed photon physical system polynomial probability amplitude problem properties quantum algorithms quantum circuit quantum computer Quantum Fourier Transform quantum gate quantum mechanics quantum particles quantum system qubit random real numbers represented result reversible rotation second qubit simulation single qubit slit spin stage string subgroup superposition target qubit tensor product Thermodynamics transfer matrix transmitted truth table Turing Machine two-qubit unitary variable vector space Walsh-Hadamard Transform wave ## References to this book## Bibliographic information |