These notes are consequence of my self study; and are mostly inspired from Prof. Leonard Susskind lectures on Classical Mechanics.

It covers Symmetries & Conservation's laws, Euler Lagrange Equations, Hamilton's Equations, Poisson Brackets, Liouville's Theorem, Electric & Magnetic Fields

These notes are consequence of my self study; and are mostly inspired from Prof. Leonard Susskind lectures on Classical Mechanics.

It covers Lorentz transformations, Relativistic laws of  motion, Classical Field Theory, Particle and fields, Lorentz force, Lagrangian for Maxwell's equations and connection between classical mechanics and field theory.

These notes are consequence of my self study; and are mostly inspired from Prof. Leonard Susskind lectures on Classical Mechanics.

It covers basic QM, vector algebra & operators, unitary evolution, Schrodinger's Equation, Wavefunction, Entanglement, Fourier analysis applied to QM and Uncertainty principle and Classical analogues.