Quantum Physics Part-1

Quantum Physics Part-1 for Undergraduate and Graduate Students and for GRE Physics exam.


What you'll learn
Introduction and Understanding the 'Double Slit Experiment'.
1D Problems and Mathematical Formalism of Quantum Mechanics.
3D Problems, Angular Momentum, Spin, Time Independent Perturbation Theory etc.
Understanding the concepts and solving problems in each topics.
Requirements
Calculus
Basics of Linear Algebra
Basics of probability and statistics
Description
This course is undergraduate level Quantum Physics course that helps the students to understand basic concepts and applications. Course is helpful for solving standard textbook and to prepare for GRE Physics exam.

To overcome challenges of online learning, I am trying to implement a method in which online teacher and students refer the same textbooks. Whenever students gets doubts, teacher can tell the student to read particular page or paragraph of the book or suggest some problems from the book.

Learning Physics contains two major parts. First is to understand the concepts and mathematical structure of the theory. Second one is to apply them. So, most of the authors included lot of creative problems in their books along with the theory. While applying the concepts during problems, again we will again get to know the gaps in our understanding. Hence, solving more and more problems becomes major part of Learning Physics.

I might have solved many problems in the beginning of the course. Just watching the video lecture doesn't mean you could able to do those problems yourself. After each sessions, try to build theory and solve problems yourself without the help of book or video. Even you solve thousands of problems by looking into videos, solution manual etc. that doesn't count. Only thing that does matter is how many problems that you can do yourself. Take problems as challenge and solve.

Learning is not one way process. Students can ask doubts any time in this course. I will be very happy to answer.

Who this course is for
College and University Students
For those who wish to understand Quantum Computation and Quantum Information, this is the beginning.