Development using quantum computers
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Quantum calculations do not just change reality! A completely new industry is born before our eyes to create an inconceivable earlier and depreciate some achievements of the past.
The most important components of the quantum computer are considered in this book: cubes, logical valves and quantum circuits, and the difference between quantum architecture and traditional ones is explained. You can experiment with them for free both in the simulator and on a real quantum device using IBM Q Experience.
You will learn how quantum calculations are performed using Qiskit (software tools for processing quantum information), Python SDK and other APIs, in particular QASM.
Finally, you will study modern quantum algorithms that realize confusion, generation of random numbers, linear search, factorization of integers, etc. You will understand the states of Bell, describing the confusion, a grover algorithm, a shore algorithm for factorization of integers, algorithms optimization and many others.
You will learn:
- remotely run the programs using Q Experience Rest API.
- write algorithms that provide the highest performance compared to analogues for traditional computers.
- Create a REST client on node.js for authentication, listening to remote devices, a request for information about quantum processors, remote control and launch of experiments in the cloud.
- use quantum teleportation. Using classic calculations and quantum confusion between the sender and the recipient, transfer the exact state of the cubit (quantum information).
- Programming and playing the quantum version of the "sea battle".
- Use Q Experience Composer to create visual programs /experiments
The most important components of the quantum computer are considered in this book: cubes, logical valves and quantum circuits, and the difference between quantum architecture and traditional ones is explained. You can experiment with them for free both in the simulator and on a real quantum device using IBM Q Experience.
You will learn how quantum calculations are performed using Qiskit (software tools for processing quantum information), Python SDK and other APIs, in particular QASM.
Finally, you will study modern quantum algorithms that realize confusion, generation of random numbers, linear search, factorization of integers, etc. You will understand the states of Bell, describing the confusion, a grover algorithm, a shore algorithm for factorization of integers, algorithms optimization and many others.
You will learn:
- remotely run the programs using Q Experience Rest API.
- write algorithms that provide the highest performance compared to analogues for traditional computers.
- Create a REST client on node.js for authentication, listening to remote devices, a request for information about quantum processors, remote control and launch of experiments in the cloud.
- use quantum teleportation. Using classic calculations and quantum confusion between the sender and the recipient, transfer the exact state of the cubit (quantum information).
- Programming and playing the quantum version of the "sea battle".
- Use Q Experience Composer to create visual programs /experiments
Author:
Author:Silva V.
Cover:
Cover:Soft
Category:
- Category:Computer & Technology
Publication language:
Publication Language:Russian
Paper:
Paper:Offset
Series:
Series: Library of the Programmer
Age restrictions:
Age restrictions:16+
ISBN:
ISBN:978-5-4461-1429-0
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