MSC and PHD Projects
* Nuclear Matter Calculation : From nuclei to beta-stable, neutron stars and quark matter
* Quantum liquid calculation in condensed matter physics : Helium 3 and 4, electron etc.
* Parton model : Structure function of hadrons and nuclei.
*QCD calculation : DGLAP, BFKL and CCFM evolution equation and their validities.
*QED calculation : Nuclear finite size effect in atoms and applications of DLQ in QED.
Lectures presented in physics department
1- Electromagnetism 1 and 2 (Ritz & Milford, B.Sc course, 7 times, BSc course ).
2- Electrodynamics 1 (Jackson, M.Sc course, 2 times ).
3- Field theory 1 (Quantum Electrodynamics) (Mandel & Shaw and Sakurai, Ph.D course, 3 times).
4- Field theory 2 (QCD, ElectroWeak, Lattice) (Mande & Show, Rothe, Ph.D course, 2 times).
4- Quantum Mechanics (Gasirowicz, B.Sc course, 8 times).
5- Advanced Quantum Mechanics 1 and 2 (Sakurai, Bethe & Jackiw, , 5 times).
6- Relativistic Quantum Mechanics (Sakurai, M.Sc and Ph.D course, 3 times).
7- Statistical Mechanics (Reif , Hung and Reichl, BSc, MSc and PhD courses, 10 times).
8- Analytical Mechanics 1 and 2 (Simon, BSc course, 3 times).
9- Mathematical Physics 1,2 and 3 (Arfken, BSc course, 3 times).
10- Nuclear Physics 1 and 2 (Meyerhof, Krane & Cohen BSc course, 6 times).
11- Nuclear Physics and nuclear structure (Irvine, preston & Bhaduri,PhD course, 3 times).
12- Advanced Nuclear Physics (Wong , MSc course, twice).
13- Modern Physics (Weidner and sells, BSc course, 3 times)
13-General Physics 1,2 and 3(Halliday & Resnick, BSc course, many times).
15- History of Physics (Barker, Modern Physics, collected text, BSc course, 5 times).