Subjects and Mark Distribution

Paper  I (50 Q- 100 Marks)

• General Knowledge (1o Marks)

• Paragraph Question (5 Marks)

• Graph-Based Question (3-5 Marks)

• Current Affairs Based (5 Question)

• Environment (2-3 Question)

Paper II (100 Q- 200 Marks)

1. Quantum Mechanics (12-15 Marks)

2. Classical Mechanics (12-15 Marks)

3. Statistical Mechanics (10-12 Marks)

4. Mathematical Physics (10-12 Marks)

5. Electronics (10-12 Marks)

6. Electrodynamics (10-12 Marks)

7. Solid State Physics (10-12 Marks)

8. Atomic and Molecular Physics (5 -10 Marks)

9. Nuclear Physics (10-12 Marks)

Quantum Mechanics

• Basics

• Wave function 

• Operator

• Energy of different system

• Commutator Relation ( 2 Q - 4 Marks)

• Pauli's Matrices

• Perturbation directly formula-based question

• Scattering ( Direct Formula)

• Klein-Gordan Equation

• Harmonic Oscillator ( Direct Wavefunction, Energy)

Classical Mechanics

• Basics 

• Conservative Force

• Relativity (Lorentz Transformation)

• D'Alebert principle

• Canonical Transformation

• Commutator Relation

• Jacobian Identity

• Hamiltonian Relation

Electrodynamics

• Maxwell Equation

• Laplace's Equation

• Coulomb Gauge Condition

• Radiation ( Direct Formula)

• Poynting Vector

Statistical Mechanics

• Basics

• Thermodynamics Relation

• Maxwell's Relations

• 4 Laws

• Ensemble (Direct Question)

• Ideal Gas ( Direct Question)

• Blackbody  Radiation

• Partition Function

• Equipartition Theorem

• Statistics ( BE, FD, MB)

Electronics

•  Basics

• Gates 

• Binary to Decimal

• Analog to Digital

• Feedback

• Operational Amplifier

• Filters

• Register ( Basics)

• BJT 

Atomic and Molecular Physics

• Coupling (LS, JJ)

• Lande's g- Factor

• Spectroscopic Term

• Stern- Gerlach Experiment

• LASER

• Raman Effect

Mathematical Physics

• Matrix ( 1-2 Q)

• Vector algebra (2 Q)

• Complex analysis (Basics) - (2 Q)

• Legendre Polynomials

• Bessel's Polynomials

• Fourier Series

• Laplace Transform (Direct Formula-Based)

• Probability

• Tensor

Solid State Physics

•  Lattice Parameter

• Bragg's Law

• 1D Diatomic Lattice Vibration

• Effective Mass

• Fermi gas (Relationship)

• Superconductor

• Hall Effect

• Conductivity ( Graph)

Nuclear and Particle Physics

• Properties

• Model

• Interaction ( Weak, Strong, EM)

• Quark Model ( 2 Q)

• Conservation laws