- Learn Quantum Computing with Python and IBM Quantum Experience
- Robert Loredo
- 183字
- 2021-06-11 18:01:00
Chapter 2: Circuit Composer – Creating a Quantum Circuit
In this chapter, you will learn how to use the Circuit Composer and what each of the composer's component functions are with respect to creating and running experiments. The composer will help you to visually create a quantum circuit via its built-in user interface, which in turn will help you to conceptualize how the basic principles of quantum mechanics are used to optimize your experiments. You will also learn how to import quantum circuits, preview the results of each experiment, and create your first quantum circuit.
The following topics will be covered in this chapter:
- Creating a quantum circuit using the Composer
- Creating our first quantum circuit
- Building a coin-flipping experiment
By the end of this chapter, you will know how to create a quantum circuit using the Graphical Editor to create experiments that simulate classic gates and some quantum gates. You will also learn where to examine the various results of your experiment, such as state vectors and their probabilities. This will help you understand how some quantum gate operations affect each qubit.
- 計算機系統開發與優化實戰
- Java EE 8 Design Patterns and Best Practices
- 竹林蹊徑:深入淺出windows驅動開發
- 深入淺出Node.js
- Windows Server 2012網絡操作系統項目教程(第4版)
- Hands-On UX Design for Developers
- INSTANT Galleria Howto
- μC/OS-III內核實現與應用開發實戰指南:基于STM32
- Ubuntu Linux操作系統實用教程
- VMware Horizon Mirage Essentials
- Learn Quantum Computing with Python and IBM Quantum Experience
- Linux系統管理初學者指南:基于CentOS 7.6
- Mastering Sass
- 樹莓派+傳感器:創建智能交互項目的實用方法、工具及最佳實踐
- Azure Serverless Computing Cookbook