Present Courses

• Physics Honours (Curriculum and Credit Framework / Semester UG)

  1. Semester I

     • SEC-1 [Introduction to Computer Programming And Graph Plotting] [This is an introductory course on "Numerical Mathematics" using Python. It includes basics of arithmatic operations, roots of quadratic equation, sorting, statistics, matrix operations & linear curve fitting, plot using Gnuplot].

  2. Semester II

     • PHS-A-CC-3-6-TH (Thermodynamics) [This course introduces nearly-equilibrium and equilibrium thermodynamics. Various TD laws motivates the subject without introduction to Thermodynamic potentials.]

     • PHS-A SEC-B-TH [Scientific Writing (Project)] [This course introduces LaTeX as a document preparation system and teaches article writing, CV and presentation making with beamer and book writing].

  3. Semester III

     • PHS-A-CC-2-4-TH (Waves, Oscillations & Diffraction) [This course unfolds on basic principles of Diffraction by discussing on Fresnel and Fraunhofer diffraction. It also introduces different harmonic motions as well as wave motion in curvilinear coordinates and the superposition of them].

     • PHS-A-CC-3-5-P [Mathematical Physics II (Practical)] [This course elaborates on Numpy, Scipy and Matplotlib. It includes solving (coupled) linear equations of various order, constructing special functions, root-finding, interpolation, differentiation and integration, explicit time-steppers and 3D graph plotting].

  4. Semester IV

     • PHS-A-CC-4-8-TH (Special Theory of Relativity) [This course introduces special relativity, invariance and transformation rules, 4-vectors, homogeneous Lorentz group and Minkowski force].

     • PHS-A-CC-4-8-P [Mathematical Physics III (Practical)] [This course illustrates using Python on solution of ODEs,PDEs & BVPs, Fourier Series, Gaussian & Dirac-delta function, Complex Integral & Roots, Integral transform, Special functions].

  5. Semester V

     • PHS-A-DSE-A2-TH (Holography & Nonlinear Optics) [This course discusses on principles of point source hologram. After that it introduces on nonlinear optical medium, classical anharmonic oscillator.]

     • PHS-A-CC-5-12-P [Statistical Mechanics (Practical)] [This course illustrates on using Python on handling Random Variables, Scaling exponents, Random Walk & Monte Carlo Technique].

  6. Semester VI

     • PHS-A-CC-5-12-TH (Solid State Physics) [This course introduces Condensed Matter Physics. After briefing on Crystal/amorphous structure and X-ray diffraction, the course unfolds into crystal bonding, lattice vibrations, Free-electron theory and concludes with Band theory of solids.]

     • PHS-A-DSE-A2-TH (Nonlinear Dynamics) [This course introduces dynamical systems, flows and maps, graphical illustrations as well as linear stability analysis around fixed points and concludes with deterministic chaos and period two orbit.]

• Physics General (Semester System UG)

  1. Semester I: PHS-G-CC-1-1-TH (Oscillations & Elasticity) [This course discusses on the physics of Oscillations & theory of elasticity. This includes Simple Harmonic Motion, Superposition of SHM, forced damped SHM, Hooke's law, Torsion of Cylinder, Bending of beam, Twisting a wire etc].

  2. Semester III: PHS-A SEC-B-TH [Scientific Writing (Project)] [This course introduces LaTeX as a document preparation system and teaches article writing, CV and presentation making with beamer and book writing].

  3. Semester IV: PHS-G-CC-4-4-TH (Waves and Optics) [This course introduces Fresnel and Fraunhofer diffraction and introduces the basic concepts of Polarization].

  4. Semester V: PHS-G-DSE-A-TH (Modern Physics - Special Theory of Relativity) [This course introduces Special Relativity, invariance and transformation rules].