Index
- A
- average - A
- C
- closed-system evolution 1.4
- CNOT gate(see controlled NOT)
- commutator 2.3.2,
- complex conjugate '''B'''
- of a matrix C.3.1
- complex number '''B'''
- computational basis 2.2
- controlled NOT 2.6.1, 2.6.2, 5.4, 5.5
- controlled phase gate 6.1
- controlled unitary operation 2.6.1
- D
- decoherence 2.1
- degenerate C.6
- delta
- Kronecker C.4
- dense coding 5.4
- density matrix 3.3,3.5
- density operator E
- determinant C.3.6
- DiVencenzo's requirements 2.1
- dot product
- E
- eigenvalue decomposition C.6
- eigenvalues C.6
- eigenvectors C.6
- entangled states (see entanglement)
- entanglement 4, 5.4, 1.2.5
- expectation value 3.6
- F
- G
- group D.2
- H
- Hadamard gate 2.16
- Hamiltonian 3.2
- Hermitian matrix 2.4, 3.2, 3.4, 3.5, 8.2, 8.3, C.3.3, C.6.1, E
- Hilbert-Schmidt inner product 2.4
- M
- matrix exponentiation 3.2
- maximally entangled states 4.3.1
- maximally mixed state 3.5.3
- two qubits
- mean
- median
- mixed state density matrix 3.5
- modulus squared B
- P
- partial trace
- of a Bell state 4.3.1
- Pauli matrices 2.4, 3.4, 3.5.4
- phase gate 2.3.2
- phase-flip 2.3.2
- Planck's constant 3.2
- projection operator
- pure state 3.3, 4.2, E
- Q
- Qbit (see qubit)
- quantum bit 1.3
- quantum dense coding (see dense coding)
- quantum gates 2.1, 2.3, 2.6
- qubit 1.3
- R
- reduced density operator 4.3.1
- of a Bell state 4.3.1
- reduced density matrix 4.3.1
- see reduced density operator
- reduced density operator
- requirements for scalable quantum computing 2.1
- S
- scalability
- Schrodinger Equation 3.1
- for density matrix 3.3
- separable state
- simply separable
- similar matrices
- similarity transformation
- singular values
- special unitary matrix
- spectrum C.6
- standard deviation
- SU C.3.8
- U
- uncertainty principle 5.3
- unitary matrix D.7.2, Chapter 2
- universal set of gates 2.6
- universality 2.6
- V
- variance
- X
- X-gate
- Y
- Y-gate
- Z
- Z-gate