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所在平台: Udemy |
课程主页: https://www.udemy.com/course/bootcamp-to-relativistic-quantum-mechanics/
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**课程名称：** 相对论量子力学训练营 (Bootcamp to Relativistic Quantum Mechanics) **课程概览：** 本课程旨在为初学者以及本科/研究生学习者提供相对论量子力学 (RQM) 的基础知识。通过约4小时的视频讲解，您将踏上探索RQM的旅程。课程将从爱因斯坦的质能方程和波函数（ψ）出发，为学习当前最成功的理论——量子场论 (QFT) 打下坚实基础。 **主要学习内容：** * **相对论量子力学的全面理解：** 掌握RQM的核心概念。 * **方程推导：** 学习推导克莱因-戈登方程 (Klein-Gordon Equation) 和狄拉克方程 (Dirac's Equation)。 * **电子自旋的内在联系：** 探索电子自旋如何自然地融入方程。 * **精细谱的氢原子：** 考察氢原子光谱的精细结构。 * **反物质的理论预测：** 了解反物质如何通过方程理论预测。 * **构造双旋量波函数：** 学习如何利用双旋量 (bi-spinors) 构建波函数。 * **狄拉克方程与反物质：** 深入理解狄拉克方程对反物质的开创性预测。 **课程亮点：** * **循序渐进：** 概念讲解清晰易懂，数学推导过程细致。 * **理论基石：** 帮助您理解被费曼誉为“物理学的宝石”的现代物理学奠基性理论。 * **通往QFT的桥梁：** 为深入学习量子场论做好准备。
Welcome to our course on Relativistic Quantum Mechanics (RQM) Bootcamp! Whether you're a beginner or pursuing an undergraduate/postgraduate program, this course is designed to equip you with essential knowledge in just 4 hours of video lectures.This course on RQM is a step before learning the most successful theory of the present times which is the Quantum Field theory (QFT). Here we shall begin with Einstein's famous energy-mass equivalence relation and wave function (ψ) to explore our journey into the world of Relativistic Quantum Mechanics. The involved mathematical equations are explained in a lucid way to grow the subject. Quantum spin emerges as an intrinsic property of Dirac's equation. Furthermore, the concept of antimatter was theoretically predicted by Dirac's equation, though in 1928 it was initially viewed more as an issue than a notable feature.Through this course, we will delve into the fundamental concepts that make up the cornerstone of modern physics, famously referred to by Richard Feynman as "the jewel of physics". Here's what you can expect to learn:1. Gain a comprehensive understanding of relativistic quantum mechanics.2. Derive the Klein-Gordon Equation and Dirac's Equation.3. Explore how the spin of the electron inherently integrates into these equations.4. Investigate the fine spectrum of the hydrogen atom.5. Discover the theoretical emergence of antimatter through equations.6. Learn to construct wave functions using bi-spinors.7. Dirac's pioneering efforts in predicting antimatter. Join us on this enlightening journey into the depths of Relativistic Quantum Mechanics - an indispensable foundation.
