Applied Physics I: Chapter 7: Quantum Mechanics

Quantum Mechanics: Introduction

In this chapter we are going to discuss in detail about the quantum theory of black body radiation, photo‒electric effect, Compton effect and the theory and applications of Schroedinger equations.

QUANTUM MECHANICS

 

INTRODUCTION

We know that classical theory is a macroscopic theory. It fails to explain the micro‒concepts like stability of atoms, black body radiation, photo‒electric effect, Compton effect etc. Also, according to classical theory, the hydrogen spectrum is a continuous spectrum, but the actual experimentally observed spectrum is found to be discrete. Thus to avoid these discrepancies a new microscopic theory called Quantum theory was introduced by Maxplanck and the same was developed by others.

 

In this chapter we are going to discuss in detail about the quantum theory of black body radiation, photo‒electric effect, Compton effect and the theory and applications of Schroedinger equations.

 

Applied Physics I: Chapter 7: Quantum Mechanics : Tag: Applied Physics : - Quantum Mechanics: Introduction


Applied Physics I: Chapter 7: Quantum Mechanics



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