Physics Lectures York

Electromagnetism & Optics: Lecture 34 - Electromagnetic Field Tensor

Electromagnetism & Optics: Lecture 33 - Ferromagnetism

Electromagnetism & Optics Lecture 32: Magnetic Materials

Electromagnetism & Optics Lecture 20 part 1

Electromagetism & Optics Lecture 31: Magnetic Dipoles

Electromagnetism & Optics Lecture 30: Inside Dielectrics

Electromagnetism & Optics: Lecture 29

Electromagnetism & Optics: Lecture 28

Electromagnetism Lecture 27: Relativity and Electromagnetism

Electromagnetism and Optics - Lecture 25 continued: Field Energy and Poynting's Vector

24: Electromechanical Implications of Faraday's Law & Lecture 25: Field Energy & Poynting's Law

Electromagnetism and Optics - Lecture 22: Electrostatic Energy Cont.

Electromagnetism and Optics - Lecture 20: Polarization

Electromagnetism and Optics - Lecture 19: Refraction and Reflection of Light

Electromagnetism and Optics Lecture 19: Reflection and Refraction of Light (continued)

Electromagnetism and Optics - Lecture 18: Cornu's Spiral and Fresnel Diffraction

Electromagnetism and Optics - Lecture 17: The Fourier Transform and Fraunhofer Diffraction

Electromagnetism & Optics: Lecture 13 - Dipole Radiation

Electromagnetism and Optics - Lecture 16: Near-field and far-field diffraction

Electromagnetism and Optics - Lecture 15: Diffraction

Electromagnetism & Optics - Lecture 14: Interference

Electromagnetism & Optics - Lecture 12: Maxwell's Equations in Free Space

Electromagnetism and Optics - Lecture 11: The Speed of Light

Electromagnetism and Optics - Lecture 10: Ampere-Maxwell Law

Electromagnetism and Optics - Lecture 9: Charge Conservation

Electromagnetism and Optics - Lecture 8: Faraday's Law

Electromagnetism and Optics - Lecture 7: Induced Current

Electromagnetism and Optics - Lecture 6: The Biot-Savart Law

Electromagnetism and Optics - Lecture 5: The Vector Potential

Electromagnetism and Optics - Lecture 4 - Ampere's Law