Paper-IX: DSE-E1, Mathematical Physics

Paper-X: DSE-E2, Quantum Mechanics

Method of separation of variables for solving second order partial differential equations

Some Special Integrals

De-Broglie hypothesis of matter waves

Wavefunction

Particle in an One dimensional Potential Well (1D Box)

Legendre and Bessel differential equation

Schrödinger time dependent and time independent

Gamma function

Hamiltonian operator

Cauchy-Riemann conditions

Particle in a rigid box

Paper-XI: DSE-E3, Classical Mechanics and Classical Electrodynamics

Paper-XII: DSE-E4, Digital and Analog Circuits and Instrumentation

Principle of virtual work

Mag. Fields due to moving charged Particles

Charge Density

De Morgan's theorems

CRO (Block Diagram)

Hamilton’s Principle

Motion of Rigid Body

Hamilton’s Principle

Basic logic gates

De Morgan's theorems

D’Alembert’s Principle

Inertial and Noninertial Freame of Ref

Op-Amp

Lissajous Figure

Michelson-Morley experiment

Poissions and Laplaces Equation

Principle, Construction and working of CRT

Paper-XIII: DSE-F1, Nuclear and Particle Physics

Paper-XIV: DSE-F2, Solid State Physics

Semi empirical mass formula

Cyclotron (Construction, Principle and Working)

Binding Energy

Miller indices

Crystal Structure

Band theory of Solids

Cyclotron- construction, working

Cyclotron (Extra Material)

Ionization Chamber

Bragg’s law in reciprocal lattice

Miller Indices

Betatron

Curie’s law

XRD

Geiger Muller counter- construction, working and theory

Hall Effect - Hall voltage and Hall Coefficient

Paper-XV: DSE-F3, Atomic and Molecular Physics and Astrophysics

Paper-XVI: DSE-F4, Energy Studies and Material Science

Spectral notations

The Big bang

Raman Effect

Classification of energy resources

Solar Energy

Electron spin-orbit interaction

Raman Effect

 The Sun

Idea of superconductivity

Rotational spectra

Meissner effect, Type-I & Type-II superconductors

Hubble law

Atomic Spectroscopy

Applications of nanotechnology