電磁學
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課程簡介
- Ch1 Electromagnetism (電磁學) (1)
- Ch1 Electromagnetism (電磁學) (2)
- Ch2.Ch3 Vector Calculus (向量微積分) (1)
- Ch2.Ch3 Vector Calculus (向量微積分) (2)
- Ch2.Ch3 Vector Calculus (向量微積分) (3)
- Ch13 Magnetostatics (靜磁學) (1)
- Ch13 Magnetostatics (靜磁學) (2)
- Ch14.15 Vector Potential (向量勢) 1 (1)
- Ch14.15 Vector Potential (向量勢) 1 (2)
- Ch14.15 Vector Potential (向量勢) 1 (3)
- Ch14.15 Vector Potential (向量勢) 1 (4)
- Ch14.15 Vector Potential (向量勢) 2 (1)
- Ch14.15 Vector Potential (向量勢) 2 (2)
- Ch14.15 Vector Potential (向量勢) 2 (3)
- Maxwell Equations (1)
- Maxwell Equations (2)
- Maxwell Equations (3)
- Ch.21 Solutions of Maxwell's Eqs with currents and charges
- Ch.26 The Potentials and fields for a charge moving with constant velocity and Special theory of Relativity (1)
- Ch.26 The Potentials and fields for a charge moving with constant velocity and Special theory of Relativity (2)
- 1905, special relativity and Maxwell's equations
- Ch.25 Electrodynamics in Relativistic Notation
- Ch.26 Covariant formulation of electrodynamics (1)
- Ch.26 Covariant formulation of electrodynamics (2)
- Ch.27 Field energy and field momentum (1)
- Ch.27 Field energy and field momentum (2)
- The examples/paradoxes of field energy and momentum (1)
- The examples/paradoxes of field energy and momentum (2)
- Ch28 Electromagnetic mass & Lorentz model of electron
- Radiation field of an arbitrarily moving point charge (1)
- Radiation field of an arbitrarily moving point charge (2)
- Radiation of an accelerated point charge / Heaviside formula Synchrotron Radiation (1)
- Radiation of an accelerated point charge / Heaviside formula Synchrotron Radiation (2)
- Principle of Least time
- The origin of Refractive Index
- Refractive Index of Dense Materials
- Reflection from Surfaces
- Fresnel Equations
- To interfere or not to interfere – polarization and interference
- Circular Polarization, (A bridge between classical and quantum physics)
- Faraday Effect and Zeeman Effect
- The Principle of Least Action (最小作用量原理) 1 (1)
- The Principle of Least Action (最小作用量原理) 1 (2)
- The Principle of Least Action (最小作用量原理) 1 (3)
- The Principle of Least Action (最小作用量原理) 1 (4)
- Ch19 The Principle of Least Action (最小作用量原理) 2
- How did Schrodinger Invent Schrodinger Equation
- 創造萬物的奧秘
- Feynman Path Integral
- 100 years of superconductivity (1)
- 100 years of superconductivity (2)
- 100 years of superconductivity (3)
- 100 years of superconductivity (4)