PHY 801 
Advanced Quantum Mechanics
Advanced Quantum Mechanics 
Code : PHY 801 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

Review of Schroedinger Equation and Timedependent Perturbaton Theory; The BrillouinWinger Series, Angular Momentum and Spin, Radiation, Second Quantisation, The Dirac equation from Electron, BornOppeinheimer Approximation.


3 
PHY 803 
Mathematical Methods
Mathematical Methods 
Code : PHY 803 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

CORE
Theory of Functions of a Complex Variable, Special Functions, Partial Differential Equations, Asymptotic expansion, Advanced Matrices, Tensors, Linear Vector Spaces, Operators application to SturnLionville problems, Green functions and resolrent methods, Random processes, master equation and its solution, Auto and cross Correlation Convolution.


3 
PHY 805 
Computing and Numerical Methods
Computing and Numerical Methods 
Code : PHY 805 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

Computer architecture, Programme Languages, Programme development and Algorithms, Interfacing, Numerical methods in computing, Application to Filter Design, Fourier analysis, Digital Filtering, Fast Fourier transform.


3 
PHY 807 
Microprocessor I
Microprocessor I 
Code : PHY 807 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

Linear Integrated Circuits, Operation Amplifiers, Linear and NonLinear Wave Conformation, Bipolar Digital ICS, MOS & CMOs Digital ICS, Multi vibrator Circuits, Counters and Registers


3 
PHY 821 
Optical Fibres
Optical Fibres 
Code : PHY 821 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

ELECTIVE
Introduction to Optical Fibres. Review of Electromagnetic Theory. Basic Waveguide Equations – Wave and Ray Optics, the Dielectric Slab Waveguide, Fibre Types, Fabrication of Optical Fibres, Fibre Measurements. Packaging of Optical Fibres, Source Coupling, Splices and Connectors, Fibre Systems, Integrated Optics Fibre Optics in Communications, Industry and Medicine. Solitons in Fibres, Fibre Amplifiers and Fibre Lasers.


3 
PHY811 
Meteorology I
Meteorology I 
Code : PHY811 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

ELECTIVE
Structure and Composition of the Atmosphere, Classification of the Atmosphere, Solar Radiation, Solar Constant, Undulated Isolation, Transmission of Solar Radiation, and Long Wave Radiation in the Atmosphere, Planetary Temperature. The Greenhouse Effect, Energy Budget of Earth/ Atmosphere System, Energy Fluxes.


3 
PHY813 
Material Science
Material Science 
Code : PHY813 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

ELECTIVE
Types of Materials, Elements of Crystallography, Lattice imperfections, Diffusion in materials, Mechanical Testing, Strain Hardening, Solidification and Alloying, Phase Transformation


3 
PHY815 
ManyBody Theory
ManyBody Theory 
Code : PHY815 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

ELECTIVE
Occupation Number representation, Plasma Oscillations, Schrodinger, Heisenberg Interaction Pictures, Adiabatic Hypothesis and ground State, Feynmangraphs, Correlation Energy, Green Functions and Oneelectron.


3 
PHY817 
Data Acquisition Systems I
Data Acquisition Systems I 
Code : PHY817 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

ELECTIVE
Sensors, Programmable Counters, Voltage to frequency Convertors (V/F), Digital Filters, Analogue to Digital Convertors (A/D), PC Bus Theory and Interfacing, ORCAD and EWB Software


3 
PHY819 
Radiation Physics I
Radiation Physics I 
Code : PHY819 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

ELECTIVE
Radiation sources and their characterization, Basic interactions with matter, Radiation instruments and techniques, Radiation Effects


3 
PHY823 
Semiconductor Physics
Semiconductor Physics 
Code : PHY823 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

ELECTIVE
Description and classification, intrinsic semiconductors, impurity levels, extrinsic semiconductors mobility, Band structure, Effective mass, Band gap, Nn junctions and Schottky diode, barrier layer approximation, IV and CV characteristics, Electrical and Optical Properties of Semiconductors, Semiconductormetal contacts, Ohmic and Schottky contacts, Influence of impurities and defects on the properties of these contacts


3 
PHY825 
Advanced Energy Studies
Advanced Energy Studies 
Code : PHY825 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

ELECTIVE
Radiation outside the earth atmosphere, solar constant, spectral distribution, Atmospheric attenuation, Direct and diffuse radiation, measurement and characterization of solar radiation, Laws of Plank and Wien, Black and Gray bodies, spectral dependence of absorbance, emittance and reflectance, green house effect, convention between sloping plane surfaces, suppression, Wind, Flat and concentrating collectors, spherical, parabolic, Fresnel and mixed, Thermosyphonoptimal flow rate, Photovoltaic cells, Desalination.


3 
PHY827 
Atmospheric Physics
Atmospheric Physics 
Code : PHY827 
Level 800 
Semester : First Semester 
No. of Credits : 3 
Overview 

This course covers the application of physics to the study of the atmosphere. It attempts to model Earth's atmosphere and the atmospheres of the other planets using fluid flow equations, chemical models, radiation balancing, and energy transfer processes in the atmosphere (as well as how these tie in to other systems such as the oceans). It is closely related to meteorology and climatology and also covers the design and construction of instruments for studying the atmosphere and the interpretation of the data they provide, including remote sensing instruments.


3 