17:01
L39.2 Linear dielectrics: Solution Example 4.5
17:09
L39.1 Linear dielectrics: permittivity, susceptibility and dielectric constants
14:59
L38.2 Electric Field E vs Displacement D: Maxwell’s Most Confusing Duo | Griffiths Electrodynamics
15:02
L38.1 Electric Field E vs Displacement D: Maxwell’s Most Confusing Duo | Griffiths Electrodynamics
13:28
L37.2 Example 4.4: Application of Gauss’s Law
12:58
L37.1 Electric Displacement (D): Gauss's law for dielectrics
08:07
L36.2 Example 4.3: Alternative Interpretation using Bound Charges
15:28
L36.1 Example 4.2: Electric Field of a Uniformly Polarized Sphere
14:37
L35.2 Electric fields in matter - polarization 2/2
14:51
L35.1 Electric fields in matter - polarization 1/2
14:27
L34.3 Electric fields in matter - polar molecules
04:46
How to Write Subscripts and Superscripts in OriginPro
19:27
L34.2 Electric fields in matter - induced diploe
17:12
L34.1 Electric fields in matter - introduction
13:28
L22.2 Hydrogen Molecule Ion (H₂⁺) part 7/7
13:39
L22.1 Hydrogen Molecule Ion (H₂⁺) part 6/7
18:33
L21.2 Hydrogen Molecule Ion (H₂⁺) part 5/7
19:29
L21.1 Hydrogen Molecule Ion (H₂⁺) part 4/7
16:22
L20.3 Hydrogen Molecule Ion (H₂⁺) part 3/7
16:57
L20.2 Hydrogen Molecule Ion (H₂⁺) part 2/7
15:40
L20.1 Hydrogen Molecule Ion (H₂⁺) part 1/7
20:02
L19.2 Ground State Energy of Helium: Hamiltonian optimization with parameter Z (Part 2/2)
20:34
L19.1 Ground State Energy of Helium: Hamiltonian optimization with parameter Z (Part 1/2)
12:13
L18.2 Ground State Energy of Helium: Hamiltonian minimization (Part 4/4)
14:06
L18.1 Ground State Energy of Helium: Electron-Electron Repulsion (Part 3/4)
15:10
L17.2 Ground State Energy of Helium (Part 2/4)
02:52
How to Add or Remove Programs from the Right-Click 'New' Menu in Windows
15:52
L17.1 Ground State Energy of Helium (Part 1/4)
17:47
L16.2 Example 7.3: Ground-state energy of one-dimensional infinite square well 2/2
17:05
L16.1 Example 7.3: Ground-state energy of one-dimensional infinite square well 1/2
14:35
L15.2 Example 7.2: Ground-State Energy of a Delta Function Potential
11:03
L15.1 Example 7.1: Ground-State Energy of a Harmonic Oscillator 3/3
15:15
L14.2 Example 7.1: Ground-State Energy of a Harmonic Oscillator 2/3
14:55
L14.1 Example 7.1: Ground-State Energy of a Harmonic Oscillator 1/3
12:15
L13.2 Chapter 7 - The Variational Principle - Proof
11:33
L13.1 Chapter 7 - The Variational Principle - Introduction
08:31
L12.2 Degenerate Perturbation Theory: Solution Problem 6.8 3/3
18:30
L12.1 Degenerate Perturbation Theory: Solution Problem 6.8 2/3
18:32
L11.2 Degenerate Perturbation Theory: Solution Problem 6.8 1/3
15:31
L11.1 Degenerate Perturbation Theory: Example 6.2 7/7
15:33
L10.2 Degenerate Perturbation Theory: Example 6.2 6/7
12:45
L10.1 Degenerate Perturbation Theory: Example 6.2 5/7
14:34
L9.2 Degenerate Perturbation Theory: Example 6.2 4/7
13:30
L9.1 Degenerate Perturbation Theory: Example 6.2 3/7
03:32
How to Export Data from GSAS-II to OriginPro: Step-by-Step Guide
16:13
L8.2 Degenerate Perturbation Theory: Example 6.2 2/7
16:46
L8.1 Degenerate Perturbation Theory: Example 6.2 1/7
11:44
L7.2 Degenerate Perturbation Theory: Problem 6.6 Detailed Solution Part (c) 2/2
16:20
L7.1 Degenerate Perturbation Theory: Problem 6.6 Detailed Solution Part (b) 1/2
15:36
L6.2 Degenerate Perturbation Theory: Problem 6.6 Detailed Solution Part (a) 2/2
15:24
L6.1 Degenerate Perturbation Theory: Problem 6.6 Detailed Solution Part (a) 1/2
08:58
L33.2 Multipole expansion: The electric field of a dipole
14:15
L33.1 Multipole expansion: The monopole and dipole terms
18:11
L32.2 Multipole expansion: Approximate potential at large distances P-II
18:08
L32.1 Multipole expansion: Approximate potential at large distances P-I
15:35
L31.2 Multipole expansion: Approximate potential at large distances - Example 3.10 P-II
15:27
L31.1 Multipole expansion: Approximate potential at large distances - Example 3.10 P-I
04:48
Quickly Find and Index XRD Peaks in GSAS: Step-by-Step Tutorial
07:02
Beginner’s Guide to Installing GSAS-II for Free XRD Analysis
09:55
How to Export High-Resolution Graphs from GSAS-II
X
About
Dr. Shahid Ali Yousafzai is a Professor of Physics at the University of Peshawar, Pakistan, and the founder of the educational platform SAYPhysics. This YouTube channel is dedicated to providing free, high-quality resources in Conceptual Physics, as well as undergraduate and graduate-level courses in Electrodynamics and Quantum Mechanics.
Dr. Yousafzai also supports research students by offering tutorials on essential tools like OriginLab, widely recognized for data plotting and analysis, and LaTeX, a leading software for technical writing used in reports, articles, and theses. Additionally, the platform features practical tips for Microsoft Office applications, including Word and Excel, aimed at enhancing students’ research and technical writing skills. Through SAYPhysics, Dr. Yousafzai strives to empower students and researchers with the knowledge and tools needed for academic and professional success.
Tags