The CSIR NET syllabus of Physical Science is varied and seeks testing of a student’s basic and advanced knowledge of physics. The syllabus has been divided into focal areas, which incorporate topics like mathematical methods of physics-vector calculus, complex analysis, and differential equations. Classical Mechanics involves Newton’s laws, Varangian and Hamiltonian formulations, and small oscillations. Electromagnetic Theory includes electrostatics, magnetostatics, and Maxwell’s equations, while Quantum Mechanics covers topics like the Schrödinger equation, angular momentum, and perturbed theory. Thermodynamics and Statistical Physics deal with the laws of thermodynamics and classical/quantum statistics. Others include Electronics and Experimental Methods, which incorporates semiconductor devices and error analysis, Atomic and Molecular Physics, which deals with atomic models and structure, and Nuclear and Particle Physics, which explores nuclear models and interaction particle. Condensed Matter Physics looks into crystal structures, electronic bands, and superconductivity, while interdisciplinary topics may include nanotechnology and astrophysics. A thorough understanding of these areas is foundational for success in the CSIR NET in Physical Science.Â
