| 1 |
B.Sc.
Sem-I and II |
Paper A-
Mechanics I and II |
This course makes students understand the concept of forces existing in nature, their applications, laws related to sustenance of universe, equations of motion and their applications to study different natural phenomena. The course also includes the study of Galilean transformations, relativity, Einstein’s equation, Minkowski space, Doppler Effect, Lorentz transformations and phenomena like time dilation, length contraction etc. This course enriches students with the knowledge of surrounding space and natural phenomena. It also provides ability to think and explore. Students get the knowledge about the role of forces and equations in the study of existing natural and man-made phenomena. |
| 2 |
B.Sc.
Sem-I and II |
Paper B-
Vibrations, Waves and E.M. theory I and II |
This course includes the study of Simple harmonic motion, Oscillatory motion and factors affecting them. It also includes the study of different kinds of oscillators-undamped, damped, forced and coupled oscillators. It deals with the study of wave motion via wave equations and their solutions for longitudinal as well as for transverse waves. It studies reflection, transmission and absorption of waves. This field provides knowledge about various types of waves and their practical applications. |
| 3 |
B.Sc.
Sem-I and II |
Paper C-
Electricity and
Magnetism I and II |
This paper includes study of static and current electricity. It helps to have a deep look into the behavior of charges in different potential fields as well as its use in different instruments. This course provides insight of electric instruments and their applications to study devices used in daily life. It increases the ability of student to understand electrical phenomena and equipments. |
| 4 |
B.Sc.
Sem-III and IV |
Paper A-
Statistical and Thermodynamic Physics I and II |
This part of course is related to statistical study of probability, Ideal gas systems, Boson system and Fermion systems. It includes the analytical and mathematical study of behavior of macroscopic objects and microscopic particles. It also includes study of thermodynamic laws, equations, variables and systems by means of equations. It provides knowledge about the flow of energy and heat in the universe. |
| 5 |
B.Sc.
Sem-III and IV |
Paper B-
Optics and Lasers I and II |
This paper takes into account the phenomena of interference, diffraction and polarization exhibited by light and their practical implications. It also includes basics of lasers and different laser systems. Applications of lasers in industry, medical science etc. also form part of this course. The study of Optical fibres regarding their structure, material choice etc. and their widespread applications in communication are also dealt with in this course. |
| 6 |
B.Sc.
Sem-III and IV |
Paper C-
Quantum Physics I and II |
This paper includes the study of microscopic particles like electrons, protons, neutrons etc. Their behavior in different potential fields. It also includes the study dual nature of light along with different related phenomena. To enable the students to understand the basic concepts associated with the quantum physics, Uncertainity principal, Operators and also difference between classical and quantum physics. The students will be able to understand concepts of wave functions and its properties, Schrodinder wave equation and its application to various systems. It also include the study of effects like stark effect, Zeeman effect, Paschen Back effect, LS Coupling , jj coupling and also the behavior of particles in electric and magnetic fields as well as their parameters. It gives insight into the formation of different molecules, study of infrared Raman spectroscopy etc. |
| 7 |
B.Sc.
Sem-V and VI |
Paper A-
Condensed Matter Physics I and II |
This part of course is related to the study of arrangements of atoms in crystals, crystal planes, reciprocal lattice and fundamental principal of Fermi levels. It also includes study of Kronig Penny model for an electron in one dimensional periodic potential. It enriches students with the knowledge of X-ray diffraction and different techniques to the study the crystal structure. It also covers study of direct band gap and indirect band gap semiconductors in different electronic devices. |
| 8 |
B.Sc.
Sem-V and VI |
Paper B-
Electronics and Solid State Devices I and II |
This part of course includes the working of semiconductor electronics. It covers study of diodes, transistors, transistor amplifiers and their various parameters. It enriches students with the knowledge of junction field effect transistors, metal oxide semiconductor field effect transistors and their various parameters. It also covers working of oscillators, gates, integrated Circuits etc.It includes study of different layers in ionosphere and working of Mobile network etc. |
| 9 |
B.Sc.
Sem-V and VI |
Paper C-
Nuclear and Particle Physics I and II |
It exclusively covers theories of nuclear structure, properties of nucleus, Yukawa’s theory of nuclear forces, stability of nucleus, nuclear models, radioactivity, nuclear reactions and nuclear reactors etc. It also covers the study of high energy particles and theoretical and experimental processes based on them. This part of course also gives knowledge about cosmic rays, classification of elementary particles and quantum numbers associated with them. The knowledge of this part is useful in the study of colliders, accelerators, particle generators etc. |
| 10 |
B.Sc. |
Practical Physics |
In all semesters students earn practical knowledge by performing experiments related to theory. It helps them to understand concepts in a much better way. |
