Скачать или смотреть (Part-1) Exploring Finite Difference Method for Solving 1D TISE || LEC - 1 || CUPLP5_CCF_2025

🔬 Solving Time-Independent Schrödinger Equation (TISE) for Infinite Potential Well using Python (Finite Difference Method)

📌 Instructor - Ankush Bhowmik (Banaras Hindu University)
📌 Email for queries - [email protected]

In this advanced lecture, we demonstrate a systematic approach to solving the Time-Independent Schrödinger Equation (TISE) for the Infinite Potential Well problem using Python programming and the Finite Difference Method (FDM). This session is designed for physics students, researchers, and Python programming enthusiasts who are interested in applying computational techniques to quantum mechanical problems.

📊 Topics covered:

1. Time Independent Schrodinger Equation.

2. Finite Difference Method.

3. Infinite Well Potential.

4. Hamiltonian Matrix Construction.

5. Coding Algorithm.

This lecture empowers learners to bridge the gap between quantum theory and practical computation, enabling them to simulate quantum systems efficiently and accurately.

Hope you find this session helpful.

📚 Watch till the end for problem-solving techniques and real-world applications!

🔔 Subscribe for more physics lectures and tutorials.

Hope You find this sessions useful.

✅ Class links & Lecture notes will be provided in the WhatsApp communities & groups ...

🚀 For all Universities and Competitive exam's aspirants, Analog Electronics _ COREPH11 : https://chat.whatsapp.com/KrXePU571Qu...

🚀 For all Universities and Competitive exam's aspirants, Nuclear and Particle Physics _ COREPH12 : https://chat.whatsapp.com/KlzVHxa3Isq...

🚀 For all Universities and Competitive exam's aspirants, Quantum Mechanics _ COREPH13 : https://chat.whatsapp.com/ECFjB0wxWrC...

🚀 For all Universities and Competitive exam's aspirants, Thermal Physics and Statistical Mechanics _ COREPH14 : https://chat.whatsapp.com/FYwRjKmNBSr...

🚀 For CU : CCF Physics Sem - 5 (DSCC - 9 + DSCC - 10 + DSCC - 11 + DSCC - 12) Course ( Electronics, Nuclear & Particle Physics, Quantum Mechanics, Thermal Physics & Statistical Mechanics ) : https://chat.whatsapp.com/Bk7opuDBTGS...

🚀 For CU : CCF Physics Sem-4 DSCC - 11 _ Python Programming (CUPLP5 _ CCF _ 2025) : https://chat.whatsapp.com/JfU16Nr80Fb...

🎯 Ideal for university students, computational physics enthusiasts, and anyone aiming to strengthen their Python-based quantum mechanics skills.

#quantumcomputing #quantumphysics #schrodinger #schrodingerwaveequation #pythonprogramming #pythontutorial #pythonforbeginners #calcuttauniversity #ccfphysics #nepsyllabus #semester5 #potential #coding #codingalgorithm #hamiltonian #matrixconstruction #infinitewellpotential