Table of Contents for
Practical Quantum Computing for Developers: Programming Quantum Rigs in the Cloud using Python, Quantum Assembly Language and IBM QExperience

Version ebook / Retour

Cover image for bash Cookbook, 2nd Edition Practical Quantum Computing for Developers: Programming Quantum Rigs in the Cloud using Python, Quantum Assembly Language and IBM QExperience by Vladimir Silva Published by Apress, 2018
  1. Navigation
  2. Cover
  3. Front Matter
  4. 1. The Bizarre and Awesome World of Quantum Mechanics
  5. 2. Quantum Computing: Bending the Fabric of Reality Itself
  6. 3. Enter the IBM Q Experience: A One-of-a-Kind Platform for Quantum Computing in the Cloud
  7. 4. QISKit, Awesome SDK for Quantum Programming in Python
  8. 5. Start Your Engines: From Quantum Random Numbers to Teleportation, Pit Stop at Super Dense Coding
  9. 6. Fun with Quantum Games
  10. 7. Game Theory: With Quantum Mechanics, Odds Are Always in Your Favor
  11. 8. Faster Search plus Threatening the Foundation of Asymmetric Cryptography with Grover and Shor
  12. Back Matter

Index

A

Adiabatic quantum computation (AQC)
Adiabatic theorem
Aircraft industry
Alain Aspect experiment
Algorithm by projectQ
in action
Beauregard quantum circuit
factorization
simulation results
subroutine
Almighty wave function
API token
Atomic theory
Authentication

B

basisGates
Bell’s
inequality
experiment
theorem
Bell states
CHSH inequality
compiled results
correlation probability
inequality
measurements
permutations
photon polarization
quantum circuits
qubits
Black-body radiation experiment
Black holes
Bloch sphere
Bohr/Heisenberg interpretation
Bohr’s
atom
quantum jump
Boltzmann’s entropy
Born’s probabilistic party
Bosonic codes
Boson sampling problem

C

Calibration parameters
Catastrophic paradox
CentOS
cgi package
Chinese academy of sciences (CAS)
chmod OS command
Cloud quantum battleship
decouple, user interface
features
HTTP request
J2EE project
JSON document
quantum script
reusable Python Program
user interface ( see User interface)
web interface
web server, deployment
Common gateway interface (CGI)
Complementarity
Complex conjugate
Complex number
Controlled gates
Controlled NOT (CNOT) gate
Copenhagen interpretation
Counterfeit coin puzzle
construct, quantum balance
false coin
cr[N]
generalization
identification
main container script
values
goal
quantum
beam balance
vs. classical time complexities
solution
Coupling map

D

Damage colorization
Data submit
de Broglie’s equation
Decoherence (longevity)
Decouple, user interface
Deep learning
and artificial intelligence
traditional problems
Deploy and test
Diamond vacancies
document.write() system
Double slit experiment
D-Wave systems

E

eigenvalues
Einstein-Podolsky-Rosen or EPR paradox
Einstein
experimental box
theory of relativity
unshakable principle
Electron tunnelling
in action
classical mechanics, effects
photon approaches
probability
semiconductor manufacturing process
Java program
probabilities
spreadsheets, statistical values
Energy minimization problems
Energy quanta
Entanglement test
Entropy (ent)
EPR paradox
Euclid’s Greatest Common Divisor
Exploration of interference

F

Five-nanometer transistor

G

Game puzzles
algorithms
counterfeit coin ( see Counterfeit coin puzzle)
Mermin-Peres magic square
Gate state
GHZ states tests
Google
Graphical representation
Graphical user interface
Graphics processing units (GPUs)
Grover’s
algorithm
preparation rules
Python script
quantum circuit
iteration
unstructured quantum search ( see Unstructured quantum search)

H

Hadamard gate (H)
Heisenberg uncertainty principle (HUP)
HTTPD server
HTTP request

I

IBM Q experience
Bell states ( see Bell states)
composer
GHZ states tests
main window
quantum backends
quantum gates
remote access, REST API
account credit information
API version
authentication
backend parameters
backends and simulators
calibration parameters
jobs in processor execution queue
list user’s experiments
run a Job
runs experiment
status of quantum processor event queue
IBMQuantumExperience
Inline with upstream stable (IUS)
Installation, QISKit
Linux CentOS
folder layout
IUS
preparing system
virtual environment
windows
Interference
Ion trap

J

JSON string

K

Kelvin
Ket notation

L

Light colorization
Linear vectors
Logic gates

M

Machine learning
artificial intelligence
Mathematical optimization
Matrix multiplication
Measurement gate
Medicine
Mermin-Peres magic square
answers
exercise
3x3 matrix with rules
measures
loops
permutations
script for All Rounds
simplified standard output
quantum pseudo-telepathy
quantum winning strategy
shared entangled state
unitary transformations
Molecular electronics
Molecular modelling
Moment of measurement
Momentum of a photon
Multiple versions, Python
Multiqubit entanglement

N

no-cloning theorem
Node JS client, IBMQuantumExperience
calibration and hardware parameters
debugging and testing
get backend list
module.exports library
node module, build
public API Methods
publish your module
run experiment
token authentication
Normalization
NOT gate (Pauli X)
Number field sieve vs. Shor’s algorithm time complexity

O

Organic electronics
OS commands and extraction

P

Paradox
Pattern recognition
Pauli X gate
Permutation table
Photographic plate
Photon polarization
Photons
Pictorial representation, phase inversion
Polarization
filter
of light
property
Potential quantum effects
Probabilistic interpretation
ProjectQ
Python
CGI script
error
quantum program

Q

Quantum
artificial intelligence
associative memory
backends
battleship
bomb boards
instructions
layout
main loop performs
modularized initialization
script initialization
ships on the board, setting
user interface
composer
computation
entanglement
factorization method
gates
information system
jump
mechanics
processor event queue
sampling problems
scale
state
supremacy
tomography
Quantum annealing (QA)
Adiabatic theorem
combinatorial optimization problems
D-Wave systems
energy minimization problems
finite-range tunnelling
Hamiltonian (H)
pattern recognition
processor
qubits
restrictive by experts
Quantum assembly (QASM)
Quantum cat
Quantum Circuits, Inc. (QCI)
Quantum computers
AI
vs . classical time complexities
complex simulations
molecular modelling
pitfalls
decoherence (longevity)
QEC
3-qubit code
Shor’s code
stochastic gradient descent
Quantum error correction (QEC)
3-qubit code
Shor’s code
Quantum gallium arsenide (GaAs)
Quantum information software kit (QISKit)
installation, ( see Installation, QISKit)
Python
SDK
Quantum Monte Carlo (QMC)
Quantum neural networks (QNN)
black holes
potential quantum effects
quantum associative memory
quantum information processing
Quantum program
anatomy
composer experiment
execution
pseudocode
SDK internals ( see SDK internals)
Quantum teleportation
composer, circuit
probability results
Python script
recovery
superimposed state
workflow
Quantum tunnelling ( see Electron tunnelling)
Quantum turing machine (QTM)
applications
Google and quantum artificial intelligence
quantum mechanics
Qubits 101
algebraic concepts
Dirac’s notation
ket notation
design
diamond vacancies
ion trap
silicon quantum dots
superconductor loop
topological qubits
entanglement
quantum gates
controlled gates
controlled NOT gate
Hadamard gate
measurement gate
NOT gate (Pauli X)
Pauli gate
rotation gates
single-qubit gate
swap gate
Toffoli (CCNOT) gate
unitary matrices
universal quantum computation
simultaneous storage capacity
superposition of states
3-qubit code
9-qubit error correction code

R

Random bit generation
circuit
circuit experience
execution results
geometrical representation
Hadamard gate
quantum program
Randomness test results
Redshift formula
Remote access modification
Request query string
Rotation gates
run_shor function
Rutherford’s model

S

Scanning tunnelling microscope (STM)
sci-fi/Star Trek sense
SDK internals
circuit compilation
local C++ simulator
local simulator
QASM
remote simulator
result document
simulator execution
Semiconductors
Shor’s
algorithm
code
transforms
integer factorization
algorithm by ProjectQ
Fourier sampling
period finding
periodic superposition
polynomial time
quantum factorization
time complexities
Single slit experiment
Slick Python library
Slit experiments
Solid quantum theory
Space applications
Spooky action
Stochastic gradient descent
Superconductor loop qubit
Super dense coding (SDC)
Bell pair states
composer, circuit
encoding rules
modularized abstractions
output
plot result
protocol
Python script
qubit states
Super determinism
Superposition
Simulated annealing (SA)
Syndrome information
Swap gate

T

Thermal annealing
Topological codes
Topological qubits
Traditional quantum computers
Transistors
barrier
logic gates
molecular electronics
nanometer
organic electronics
quantum scale
slit experiments
technological advances
water molecule
Troubleshooting
Apache HTTPD
Two-dimensional electron gas (2DEG)

U, V

Ultraviolet catastrophe
Uncertainty principle
duality of nature
matrix mechanics
Universal quantum computer ( see Quantum Turing machine (QTM))
UNIX rand()
Unstructured quantum search
generalized circuit
Grover’s algorithm
inversion about the mean
phase inversion
time complexities
User interface
Cloud battleship, tips and tricks
global BOMBS array
HTML Code
response format
response handler
rules and validation

W, X, Y, Z

Wave function
WebSocket connection
callback system
Javascript client code
server handler
vendors