| Description |
1 online resource (409 pages) |
| Summary |
This book is a recipe-based guide for developers interested in programming quantum computers with IBM Quantum® Experience and Qiskit®. You'll learn all the concepts and components of Qiskit that you need for programming quantum computers, from visualizing circuits and gates with Qiskit Terra and simulating realistic noise profiles with Qiskit ... |
| Contents |
Cover -- Title page -- Copyright and Credits -- Dedication -- About Packt -- Contributors -- Table of Contents -- Preface -- Chapter 1: Preparing Your Environment -- Technical requirements -- Creating your IBM Quantum Experience® account -- Getting ready -- How to do it ... -- See also -- Installing Qiskit® -- Getting ready -- How to do it ... -- There's more ... -- See also -- Downloading the code samples -- Getting ready -- How to do it ... -- How it works ... -- Installing your API key and accessing your provider -- Getting ready -- How to do it ... -- How it works ... -- There's more ... |
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Keeping your Qiskit® environment up to date -- Getting ready -- How to do it ... -- How it works ... -- Chapter 2: Quantum Computing and Qubits with Python -- Technical requirements -- Comparing a bit and a qubit -- Getting ready -- How to do it ... -- How it works ... -- See also -- Visualizing a qubit in Python -- Getting ready -- How to do it ... -- There's more ... -- See also -- A quick introduction to quantum gates -- Getting ready -- How to do it ... -- How it is works ... -- There's more ... -- See also -- Chapter 3: IBM Quantum Experience® -- Quantum Drag and Drop -- Technical requirements |
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Introducing IBM Quantum Experience® -- Results -- Circuit Composer -- Quantum Lab -- Building quantum scores with Circuit Composer -- How to do it ... -- There's more -- Tossing a quantum coin -- How to do it ... -- There's more -- Moving between worlds -- Getting ready -- How to do it ... -- How it works ... -- There's more -- See also -- Chapter 4: Starting at the Ground Level with Terra -- Technical requirements -- Listing the required classes, modules, and functions -- Working with quantum registers and classical registers -- Understanding your quantum circuit -- Selecting a backend to run on |
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Running your circuit as a job -- Receiving the results of your job -- Quantum coin toss revisited -- Getting ready -- How to do it ... -- How it works ... -- Getting some statistics -- tossing many coins in a row -- Getting ready -- How to do it ... -- How it works ... -- There's more ... -- Implementing an upside-down coin toss -- Getting ready -- How to do it ... -- How it works ... -- There's more ... -- Tossing two coins simultaneously -- Getting ready -- How to do it ... -- How it works ... -- There's more ... -- Quantum-cheating in a coin toss? Introducing the Bell state -- Getting ready |
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How to do it ... -- How it works ... -- There's more ... -- See also -- More ways to quantum-cheat -- tweaking the odds -- Getting ready -- How to do it ... -- There's more ... -- Adding more coins -- straight and cheating -- Getting ready -- How to do it ... -- How it works ... -- There's more ... -- Tossing some real coins -- Getting ready -- How to do it -- How it works ... -- There's more ... -- Chapter 5: Touring the IBM Quantum® Hardware with Qiskit® -- Technical requirements -- What are the IBM Quantum® machines? -- Getting ready -- How to do it ... -- How it works ... -- See also |
| Local Note |
eBooks on EBSCOhost EBSCO eBook Subscription Academic Collection - North America |
| Subject |
Quantum computing.
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Quantum computing |
| Other Form: |
Print version: Norlén, Hassi. Quantum Computing in Practice with Qiskit® and IBM Quantum Experience® : Practical Recipes for Quantum Computer Coding at the Gate and Algorithm Level with Python. Birmingham : Packt Publishing, Limited, ©2020 9781838828448 |
| ISBN |
1838821031 (electronic book) |
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9781838821036 (electronic book) |
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