Physics

Teaching of Quantum Mechanics to BSc students

Teaching of Quantum Mechanics to BSc students

The course will start with discussing Rutherford scattering theory and the experiment on the discovery of the nucleus followed by a review of basic nuclear properties such as mass, size, binding ener…

This is an introductory course on solving physics problems using numerical techniques in Python language. The topics cover graph plotting of theoretical and experimental results, system of Kirchhoff …

This course deals with applications of mathematical (computational and analytical) techniques to problems drawn from different branches of physics such as classical electrodynamics and classical and …

This is a 3-credit 6 hours/week intermediate-level physics experimental course which also includes a basic training session in an electronic workshop. Experiments mainly cover topics related to elect…

This course provides the transition from introductory physics to upper-level courses. The limitations of classical physics at the microscopic level are discussed, and the basics of special relativity…

The aim of this course is to provide a sound understanding of the fundamentals of optics. Many diverse applications have been included to highlight the relevance and importance of optics in everyday …

University elective course 

University elective course 

An introductory course that develops a sound understanding of the basic physical principles underlying natural phenomena related to electricity, magnetism, heat and thermodynamics using calculus and …

PHYS2803 online course 2.12.0.0

The course starts with an overview of nanotechnology and its applications in several aspects of common topics. Several methods of preparing nanomaterials will be described. These methods include plas…

This is an advanced laboratory course. It trains students to undertake independently experiments in optics and condensed matter physics. It gives them the opportunity to deepen their understanding of…

In this course, students learn about numerical methods used for scientific applications, particularly those used in solving complex physics problems. This course is designed to solve complex problems…

Students from 2018 cohort onward have to complete 2-semester long Final Year Project (FYP), having 6 credits in total. PHYS5552 is the second semester FYP (Physics project 2)