## What is the anomalous Zeeman effect | Atomic Physics

Anomalous Zeeman effect In general case, we observed the interaction of the magnetic field with a magnetic dipole moment. Its interpretation is complex when S’≠0. The Lorentz classical theory can’t explain the interaction theory and further the splitting of energy levels. But remember, along with the…

## Zeeman Effect

Introduction In 1896, it was observed by the Zeeman (the Dutch physicist Pieter Zeeman) that, when an atom is placed in an external magnetic field, and then it excited, the spectral lines emits in the deexcitation process are split into several components. These several components…

## Atomic Dipole Moment: Key to Understand the Material’s Properties

I start it with a simple example of a classroom. As you know, in the classroom when there is no teacher students sit in random directions. While teacher enters into the classroom all the students get aligned towards the teacher. The orientation of students because of…

## apni Physics| Win Prize| Watch Quantum Mechanics Video

Quantum Mechanics Video Playlist In this embedded video playlist you can find out some basic video lectures of quantum mechanics mainly uses in Engineering Physics and for B.Sc. physics course. There are 19 videos which you can watch or download according to your comforts. If…

## de Broglie waves or Matter Waves- download notes

de Broglie Waves In quantum mechanics we deal with the microscopic particles like, electron, proton, neutron and alpha particles. When we say deal it means the dynamics of these particles, from that we observe the velocity, momentum, energy etc of the particle. de Broglie waves…

## De Broglie equation solution and clear conceptual explanation (Hindi & English)

The basic concept of the de broglie waves that shows the dual nature of matter is explained here conceptually, aapko samajh aayega ki why he use this formula for wave and matter? and when any matter can show the dual nature? what is the condition…

## How to Understand Atomic Dipole Moment Concept

In this video lecture some basics of the Atomic Dipole Moment are discussed. How one atom can be equivalent to the tiny bar magnet? and when an atom is placed in a uniform magnetic field the how to find out the atomic dipole moment ?…

## Space Quantization and Atomic Dipole Moment

In quantum mechanics, we know the discreteness of the possible spatial orientations of the angular momentum of an atom (or another particle or system of particles, molecules) with respect to any arbitrarily selected axis (here z-axis). Space quantization is manifested in that the projection Lz…

## Particle in a One Dimensional Box- Quantum Mechanics

In this video Lecture you will found: The Eigen function and Eigen values of a free particle and relation with the momentum and de Broglie wavelength.What is free particle? a particle is free if that is not bound by any internal or external force (it…

## de Broglie Waves-Matter Waves and its Wavelength

de Broglie Waves or Matter Waves and its Wavelength is discussed in this lecture. de Broglie waves are associated with a materialistic particle. A matter can show the dual nature: particle as well as the wave nature [ as you have seen in case…

## Schrodinger’s Time Dependent and Time Independent Wave Equations

Schrodinger’s Wave Equations, time independent and time dependent’s derivation is discussed here.

## Concept of Wave Packet, Phase Velocity & Group Velocity for de Broglie Waves

de Broglie Waves: Concept of Wave Packet, Phase & Group Velocity are discussed in this video.

### Recent Posts

- What is the anomalous Zeeman effect | Atomic Physics 2018-10-27T08:24:54+00:00
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