Level 1
a. Grade 9 -10 (Middle School)- Measurements and Units
- Newtons Law
- Pressure
- Rotation
- Energy
- Thermal Physics
- Sound Waves
- Light and Lenses
- Electricity and Magnetism
- Atoms and Radiation
Level 2
b. Grade 11 -12 (High School/ Junior College)- Measurements and Uncertainties
- Mathematical Physics
- Mechanics and Linear Motion
- Circular Motion
- Rotational Motion
- Gravitation
- Thermal Physics
- Oscillations and Waves
- Electricity and Magnetism
- Atomic and Nuclear Physics
Level 3 (Under-Grad)
Level 3.1
c. First Year Under-Grad Physics- Classical Mechanics
- Newtons Law
- Friction
- Elasticity
- Fluid Mechanics
- Classical Optics
- Lens Systems
- Lens Aberrations
- Interference and Diffraction
- Modern Physics
- Nuclear Structure and Models
- Nuclear Decay and Radiation
- Nuclear Detectors
- Origin of Quantum Mechanics
- Mathematical Physics
- Vector Algebra and Vector Calculus and Integral Calculus
- Differential Equations: First order Homogeneous
- Solving Wave Equations
- Thermodynamics
- Behavior of Real Gas
- Three Laws of Thermodynamics
- Isothermal and Adiabatic Processes
Level 3.2
d. Second Year Under-Grad Physics- Classical Mechanics
- Compound Pendulums
- Rigid Bodies and Rotational Mechanics
- Elasticity of Mechanical Systems
- Acoustics
- Reverberations
- Sound and Matter Interactions
- Modern Physics
- Cosmology: Physical Units and Hubble’s Law
- Intro to Quantum Mechanics
- Wave Particle Duality
- Application of Uncertainty Principle
- Application of Schrodinger’s Equations
- Mathematical Physics
- Fourier Series
- Partial Differential Equations
- Coordinate Systems
- Thermodynamics
- Carnot Cycle, Thermal Engines and Efficiencies
- Entropy and Nernst heat Theorem
- Cryogenics ( Adiabatic expansions and methods of cooling gases)
- Electrodynamics
- Forces and Fields
- Electric charge and Magnetic Field Interaction
- Application of Electric-Magnetic Interaction (Cyclotron and CRO)
- Optics
- Fresnel’s and Fraunhofer’s Diffraction
- Interferometers (Michaelson’s and Fabry-Perot)
- Polarization, Methods of polarization and Malus Law
Level 3.3
e. Third Year Under-Grad Physics- Classical Mechanics and Fluid Mechanics
- Central Force
- Kepler’s Law and Elliptic Orbits
- Moving and Rotating Coordinates
- Foucault pendulum and Larmors Theorem
- Intro to Lagrangian Mechanics
- D’Alembert’s principle and virtual Displacement
- Cyclic or Ignorable coordinates
- Rigid Body dynamics: Inertia tensor and motion of symmetric top
- Kinematics of moving fluids
- Non-Linear Mechanics
- The anharmonic Oscillator
- Chaos Theory
- Bifurcations and strange attractors
- Logistic Maps
- Atomic and Molecular Physics
- The Hydrogen Atom (QM Analysis)
- Stern-Gerlach experiment
- Spin orbit coupling and Origin of Spectral Lines
- Zeeman effect
- Molecular spectra: Rotational and Vibrational energy levels and Spectra
- Infrared and Microwave spectroscopy
- Raman effect
- Electron spin resonance
- Nuclear Magnetic Resonance (Working or MRI)
- Nuclear Physics
- Alpha Decay:
- Alpha Particle spectrum
- Fine structure and Nuclear Quantization
- Quantum Tunneling of alpha particles
- Beta Decay:
- Decay Schemes
- Pauli’s neutrino hypothesis
- Energetics of beta decay
- Gamma Decay
- Liquid drop model
- Shell model
- Magic Numbers in nucleus
- Nuclear Energy
- Asymmetric fission Dynamics
- Four Factor Formula
- Natural fusion and Fusion Reactors
- Particle Accelerators: Working and Application
- Van de Graaff Generator
- Cyclotron
- Synchrotron
- Betatron
- Large Hadron Collider
- Nuclear Forces: Deuteron problem and Meson theory
- Elementary particles: Classification of elementary particles
- Alpha Decay:
- Mathematical Physics
- Probability and Distributions
- Complex Functions and Applications
- Second-order non-Homogeneous Partial differential Equation
- Statistical Mechanics
- Microstates ad Macro States
- Boltzmann Distribution
- Equipartition Theorem
- Bose-Einstein Statistics
- Black Body Radiation
- Fermi-Dirac Statistics
- Electrodynamics
- Dielectrics and Induced Dipoles
- Gauss’ law in presence of Dipoles
- Divergence and Curl of B,
- Ampere’s Law in magnetized material
- Poynting’s theorem: The continuity Equation
- Electromagnetic Wave Equation
- Condensed Matter Physics
- Crystal Structure, Bravais Lattice
- Reciprocal Space and Miller Indices
- Classical free Electron Theory and Drawbacks
- Quantum Free Electron Theory
- Density of states and Fermi Energy
- Band Theory of Solids
- Semi-conductor Physics: Diode Characteristics and Theory
- Super Conductors: BCS theory of superconductivity
- Relativity
- Introduction to Special theory of relativity
- Relativistic Kinematics: Derivation of Lorentz Transformation
- Aberration and Doppler effect in Relativity
- The Geometric Representation of Space-Time
- Relativistic momentum, Alternative views of mass in relativity
- Relativity and Electromagnetism
- Invariance of Maxwell’s equations
- General Relativity: The principle of equivalence and Gravitational red shift