What is the syllabus of UGC NET for physics?

The UGC NET syllabus for Physics is divided into two papers: ### Paper 1: General Aptitude This paper assesses teaching and research aptitude, including: - **Reasoning Ability**: Logical reasoning, analytical reasoning, and data interpretation. - **Quantitative Aptitude**: Basic mathematics, numerical ability, and data interpretation. - **General Awareness**: Knowledge about the environment, education, and social issues. ### Paper 2: Subject-Specific (Physics) This paper focuses on core concepts in Physics and includes: 1. **Mathematical Methods**: Calculus, linear algebra, differential equations, and complex variables. 2. **Classical Mechanics**: Newtonian mechanics, Lagrangian and Hamiltonian mechanics, and motion of systems. 3. **Electrodynamics**: Electrostatics, magnetostatics, electromagnetic waves, and applications of Maxwell's equations. 4. **Quantum Mechanics**: Schrödinger equation, quantum theory, atomic and molecular physics. 5. **Thermodynamics and Statistical Mechanics**: Laws of thermodynamics, statistical ensembles, and applications. 6. **Optics**: Wave optics, geometrical optics, interference, diffraction, and polarization. 7. **Solid State Physics**: Crystal structures, lattice dynamics, and electronic properties of solids. 8. **Nuclear and Particle Physics**: Nuclear models, decay processes, and fundamental particles. 9. **Experimental Physics**: Techniques and instrumentation in physics experiments. Make sure to consult the latest UGC NET notification or the official website for the most updated syllabus and any additional topics that might be included. read less

The UGC NET syllabus for Physics includes: *Paper II (100 marks)* 1. *Classical Mechanics*: - Kinematics and dynamics - Central forces and scattering - Rotational motion and rigid body dynamics - Small oscillations and normal modes 2. *Electromagnetic Theory*: - Electrostatics and magnetostatics - Electromagnetic induction and Maxwell's equations - Electromagnetic waves and radiation 3. *Quantum Mechanics*: - Wave-particle duality and uncertainty principle - Schrödinger equation and its applications - Operators and observables - Approximation methods and perturbation theory 4. *Thermodynamics and Statistical Physics*: - Laws of thermodynamics - Thermodynamic systems and processes - Statistical mechanics and kinetic theory - Phase transitions and critical phenomena 5. *Optics and Spectroscopy*: - Geometrical optics and optical instruments - Wave optics and interference - Spectroscopy and laser physics 6. *Relativity and Nuclear Physics*: - Special and general relativity - Nuclear structure and reactions - Particle physics and cosmology 7. *Solid State Physics and Electronics*: - Crystal structures and lattice dynamics - Electronic and thermal properties of solids - Semiconductor physics and devices 8. *Computational Physics and Numerical Methods*: - Numerical methods for differential equations - Computational techniques for data analysis - Simulation methods for physical systems *Paper III (200 marks)* 1. *Advanced Topics in Physics*: - Condensed matter physics - Particle physics and cosmology - Astrophysics and cosmology - Advanced topics in theoretical physics 2. *Experimental Physics*: - Experimental techniques and instrumentation - Data analysis and interpretation - Experimental methods in various areas of physics Note: The syllabus may be updated, so it's essential to check the official UGC NET website for the latest information. read less