Physics

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)

This theoretical course is for teaching the basic of electromagnetic theory.

PHYS 2106 is an introductory course, which covers the essential topics in physics for biomedical science students. The topics include measurements of physical quantities, units, uncertainties and sig…

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…

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…

Course of atmospheric physics oriented to education students

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 mid-level course covers analytical solutions of ordinary and partial differential equations relevant to physics. Topics include Frobenius and Fourier series methods. It addresses mathematical te…

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 …

 Phys4601 Ionizing Radiation Detection is one of the Physics Nuclear Minor courses for Physics students

 Phys5106 Nuclear and Particle Physics is one of the Physics Major courses for final year students

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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 course will start with the introduction to “Atomic Structure” briefly describing various atomic models emerged over the time. Few lectures will be devoted to “Atomic Nucleus and Radaitions” cover…

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