Atomic Physics And Basic Quantum Theory

Atomic Physics And Basic Quantum Theory
Published 3/2025
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz

Theory of Atom and Quantum Theory

What you’ll learn

Bohr’s atomic theory was successful for explanation of occurrence atomic line spectrum and the theory was extremely semi classical theory as given by Bohr.

Heisenberg uncertainty principle was the actual authentication of quantum theory as built up by a few basic postulates regarding normalization, expectation .etc

Requirements

All the students in beginning and advance level should require this content.

Description

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 1. Bohr Atom Model with Correction

Lecture 3 2. Bohr’s Correspondence Principle

Lecture 4 3. Discovery of Deuteron from Bohr Theory

Lecture 5 4. Orbital Structure in Sommerfeld’s Atomic Model

Lecture 6 5. Magnetic moment of Atom

Lecture 7 6. Normal Zeeman Effect

Lecture 8 7. Paschen Back Effect in Atomic Spectral Line

Lecture 9 8. Doublet Splitting of Sodium D line

Lecture 10 9. Compton Effect

Lecture 13 12. Heisenberg’s Thought Experiment

Lecture 14 13. Non Existence of Electron within Nucleus

Lecture 15 14. Uncertainty Principle to Double Slit Experiment

Lecture 16 15. 1st and 2nd Postulates in Quantum Mechanics

Lecture 17 16. 3rd Postulate(Expansion Postulate) in Quantum Mechanics

Lecture 18 17. Schrodinger’s Equation

Lecture 19 18. Equation of Continuity in Quantum Mechanics

Lecture 20 19. Stationary State in Quantum Mechanics

Lecture 21 20. Commotator Bracket

Lecture 22 21. Hermitian Operator

Lecture 23 22. Expectation Value of Quantum Operator

Lecture 24 23. Plank’s Theory of Black Body Radiation

Students at all level should accept this.