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所在平台: Udemy |
课程主页: https://www.udemy.com/course/computing-quantum-number-in-quantum-computer/
课程评论：没有评论
以下是关于 Coursera 课程“在量子计算机中计算量子数”的内容总结： **课程名称：** 在量子计算机中计算量子数 **课程概述：** 本课程是一门基于项目的实战课程，旨在教授如何在量子计算机中表示和计算数字（或称量子数）。与经典计算机简单地通过赋值和打印就能实现数字表示不同，量子计算需要利用量子门（quantum gates）来完成这一任务。课程将从基础知识讲起，深入理解数字向量子比特状态（qubit state）转化的数学原理，并动手在量子计算机上进行编码实现。 **学习内容与工具：** * **基础知识：** 从零开始，深入理解将普通数字转化为量子比特状态的底层数学公式。 * **编程实现：** * **Google Colab：** 在不使用量子门的情况下，计算数字的转化过程。 * **Jupyter Notebook：** 使用酉量子门（unitary gates）实现相同的计算。 * **IBM Q Experience：** 简要介绍量子门在实际量子计算机上的实现。 * **所需材料：** 除了视频讲座，课程还提供笔记、GitHub 链接和安装配置指南。 **先修要求：** 具备高中水平的数学知识即可参与学习。 **课程特点：** 这是一门研发导向的实践课程，强调动手能力和理论与实践的结合。通过使用多种流行工具，学员将全面掌握在量子计算机中处理数字的方法。
Hi Qurious,Good Day. Welcome to the PROJECT BASED course on Computing Quantum Number in Quantum Computer! To count, measure etc in our day to day life, we need, certain object. Number is that object. When the matter comes to print the number in conventional computing machine, we can do so in very simplified way by command: Num = 0; print('Number=', Num). But, when it is about to print it in quantum machine that means by using quantum gates we have to do it by other ways. One of the way to represent a number is by state of qubit which means the transformation of ordinary number to let say quantum number. In this R & D based project course we will start from scratch and understand the underlying mathematical formulations and code them in quantum computer. We will use Google Colab, Jupyter Notebook and IBM Q Experience. In Google Colab, we will compute the transformation without using gates. In Jupyter notebook, we will compute the same using unitary gates, whereas in IBM Q Experience we will see the implementation of gates in brief. If you have high school level of mathematical knowledge, you can take this course.MATERIALS This course apart of video lectures contain several notes. The GitHub links are also provided. Additionally the installation kit is there.
