Fundamentals of Calculus, Special Relativity and Quantum mechanics

Front Matter /About this book/ Part 1 Basic calculus and other mathematical concepts /Derivatives/ 75% /Integrals/ 0% /Logarithms/ 0% /Variances/ 0% /Dot product/ 0% Fundamentals of special relativity /Lorentz transformation/ 0% /Relativistic velocity/ 0% /Relativistic mass and momentum/ 0% /Four-vectors/ 0% Part 2 Advanced mathematics and applications of the above-learnt /Taylor series/ 0% /Chain rule/ 0% /Product rule/ 0% /Properties of logarithms/ 0% /Derivatives of e/ 0% /Euler's formula and identity/ 0% More special relativity and fundamentals of quantum mechanics /Harmonic oscillator/ 0% /Photoelectric effect/ 0% /Energy-mass equivalence/ 0% /De Broglie wavelength/ 0% /Wave-particle duality/ 0% Part 3 Quantum mechanics /Double-slit experiment/ 0% /Quantum tunnelling/ 0% /Wave equation/ 0% /Quantum states and superposition/ 0% Other mathematical concepts /Inner product spaces and Hilbert spaces/ 0% Part 4 Advanced quantum mechanics /Operators/ 0% /Schrodinger equation/ 0% /Heisenberg uncertainty principle/ 0% Part 5 /Intuitive understanding of the Hawking Radiation/ 0% Quantum mechanics Particle physics Calculus Relativity Q 0%