B.Sc(H)Physics,Hansraj College, DU
Teaching Physics since 2015.
An avid learner of Physics and its laws.

Mridul Pandey

English

Introduction to Quantum Mechanics

An introduction to basics of quantum mechanics. Schrödinger's Equation , wavefunction , probabilistic approach in quantum mechanics, etc

Expectation values of position, linear momentum,etc .

Expectation values

Derivation of Schrödinger's time independent equation from time dependent equation

Time independent form of Schrödinger's Equation

Infinite Square well, its energy eigenvalues and wavefunctions.

Infinite Square well

Finite step potential barrier ( both cases) . Please dont forget to ask any doubts in the comment section.

Finite Barrier Potential

One dimensional Simple Harmonic Oscillator wavefunctions using Quantum Mechanical Model.
Please ask if you have any doubts in the comment section.

Simple Harmonic Oscillator (one dimensional)

Generalized Uncertainty relationship alongwith time dependency of uncertainty

Generalized Uncertainty Principle

A short discussion about the Entanglement theory and EPR paradox.

Quantum Entanglement and EPR Paradox

Angular Momentum (Part 1)

Orbital Angular Momentum in spherical coordinates and Ladder operators , etc.

Orbital Angular Momentum

Brief discussion on spherical coordinate system and its laplacian operator

Lessons

11 lessons • 1h 40m

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Introduction to Quantum Mechanics

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Expectation values

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Time independent form of Schrödinger's Equation

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Infinite Square well

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Finite Barrier Potential

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Simple Harmonic Oscillator (one dimensional)

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Generalized Uncertainty Principle

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Quantum Entanglement and EPR Paradox

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Angular Momentum (Part 1)

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Orbital Angular Momentum

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