Complete Detailed Course on Quantum Mechanics
This course is designed to cover the entire Quantum Mechanics portion of the CSIR-NET Physical Sciences syllabus. All the topics has been discussed in detail from the beginner level to an advanced level. This course is equally useful for all kind of M.Sc.-based exams such as CSIR-NET, GATE, JEST, TIFR, BARC, and PSC Asst. Prof. This course will provide all aspects of the required preparation in terms of video lectures, downloadable pdf notes, class notes, topic wise assignments, and short notes as per the latest csir-net and gate exam patterns and syllabus. The course will remain valid for 6 months from the date of Enrollment.
₹1699.00 ₹3600.00 53% OFF
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Course Overview
Salient Features:
1] The entire Quantum Mechanics syllabus will be covered in detail along with new practice questions, pyqs, topic-wise assignments, and short notes.
2] Theory lecture pdfs and assignments are available for download and print.
3] All the uploaded content can be accessed via laptop, desktop, tablet, and mobile anytime, anywhere, unlimited times till expiry
4] Inside App download is available for watching videos offline
5] Tips and tricks will be provided to strengthen numerical ability
6] WhatsApp Doubt clearing Facility
Schedule of Classes
Course Curriculum
1 Subject
Complete Detailed Course on Quantum Mechanics
68 Learning Materials
Introductory
Quantum Mechanics
Lec-1 Introduction
(Pdf) Lec-1 Introduction
Lec-2 Photoelectric and Compton Effect
(Pdf) Lec-2 Photoelectric and Compton Effect
Lec-3 Wave-Particle Duality and Uncertainty Principle
(Pdf) Lec-3 Wave-Particle Duality and Uncertainty Principle
Lec-4 Group and Phase Velocity + Wavefunction
(Pdf) Lec-4 Group and Phase Velocity + Wavefunction
Lec-5 Schrödinger Equation
(Pdf) Lec-5 Schrödinger Equation
Lec-6 (Part-1) Mathematical Tools of Quantum Mechanics
(Pdf) Lec-6 (Part-1) Mathematical Tools of Quantum Mechanics
Lec-7 (Part-2) Mathematical Tools of Quantum Mechanics
(Pdf) Lec-7 (Part-2) Mathematical Tools of Quantum Mechanics
Lec-8 (Part-3) Mathematical Tools of Quantum Mechanics
(Pdf) Lec-8 (Part-3) Mathematical Tools of Quantum Mechanics
Lec-9 (Part-4) Mathematical Tools of Quantum Mechanics
(Pdf) Lec-9 (Part-4) Mathematical Tools of Quantum Mechanics
Lec-10 (Part-1) Postulates of Quantum Mechanics
(Pdf) Lec-10 (Part-1) Postulates of Quantum Mechanics
Lec-11 (Part-2) Postulates of Quantum Mechanics
(Pdf) Lec-11 (Part-2) Postulates of Quantum Mechanics
Lec-12 Wave-function in coordinate and momentum representations
(Pdf) Lec-12 Wave-function in coordinate and momentum representations
Lec-13 Step Potential Part-1
(Pdf) Lec-13 Step Potential Part-1
Lec-14 Step Potential Part-2
(Pdf) Lec-14 Step Potential-Part 2
Lec-15 Particle in an Infinite Asymmetric Potential Well
(Pdf) Lec-15 Particle in an Infinite Asymmetric Potential Well
Lec-16 Problems on Infinite Asymmetric Potential Well
(Pdf) Lec-16 Problems on Infinite Asymmetric Potential Well
Lec-17 Particle in an Infinite Symmetric Potential Well
(Pdf) Lec-17 Particle in an Infinite Symmetric Potential Well
Lec-18 Particle in a Finite Symmetric Potential Well
(Pdf) Lec-18 Particle in a Finite Symmetric Potential Well
Lec-19 Linear Harmonic Oscillator (Part-1)
(Pdf) Lec-19 Linear Harmonic Oscillator (Part-1)
Lec-20 Linear Harmonic Oscillator (Part-2)
(Pdf) Lec-20 Linear Harmonic Oscillator (Part-2)
Lec-21 Linear Harmonic Oscillator (Part-3)
(Pdf) Lec-21 Linear Harmonic Oscillator (Part-3)
Lec-22 Angular Momentum (Part-1)
(Pdf) Lec-22 Angular Momentum (Part-1)
Lec-23 Angular Momentum (Part-2)
(Pdf) Lec-23 Angular Momentum (Part-2)
Lec-24 Angular Momentum (Part-3)
(Pdf) Lec-24 Angular Momentum (Part-3)
Lec-25 Hydrogen Atom (Part-1)
(Pdf) Lec-25 Hydrogen Atom (Part-1)
Lec-26 Hydrogen Atom (Part-2)
(Pdf) Lec-26 Hydrogen Atom (Part-2)
Lec-29 Time Dependent Perturbation Theory (Part-1)
(Pdf) Lec-29 Time Dependent Perturbation Theory (Part-1)
Lec-30 Time Dependent Perturbation Theory (Part-2)
(Pdf) Lec-30 Time Dependent Perturbation Theory (Part-2)
Lec-31 Representation and Normalization of Wavefunction
(Pdf) Lec-31 Representation and Normalization of Wavefunction
Lec-32 Variational Method
(Pdf) Lec-32 Variational Method
Lec-33 WKB Approximation
(Pdf) Lec-33 WKB Approximation
Lec-34 Scattering
(Pdf) Lec-34 Scattering
Lec-35 Born Approximation
(Pdf) Lec-35 Born Approximation
QM Standard Textbooks
QM-Book 1
QM- Book 2
Course Instructor
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