PX156 - 0 - quantum phenomena

quantum phenomena

A - light

PX156 - A1 - background
PX156 - A2 - blackbody radiation and laws
PX156 - A3a - blackbody models
PX156 - A3b - planck's function
PX156 - A3c - boltzmann distribution
PX156 - A4 - the photoelectric effect
PX156 - A5 - the compton effect

B - atomic structure

PX156 - B1 - atoms and atomic spectra
PX156 - B2 - bohr's model
PX156 - B3 - de broglie hypothesis
PX156 - B4 - classical vs quantum
PX156 - B5 - quantum approach

C - quantum mechanics

PX156 - C1 - the schrodinger equation
PX156 - C2 - matter waves
PX156 - C3 - wave packets
PX156 - C4 - gaussian distribution
PX156 - C5 - top-hat distribution
PX156 - C6 - the uncertainty principle

D - time independent schrödinger equation

PX156 - D1 - time independent schrödinger equation
PX156 - D2 - infinite potential well
PX156 - D3 - finite potential well
PX156 - D4 - classical and quantum particle
PX156 - D5 - the finite potential barrier
PX156 - D6 - rutherford scattering experiment
PX156 - D7 - alpha decay of nuclei

particle physics

E - introduction

PX156 - E1 - guides
PX156 - E2 - forces
PX156 - E3 - unification
PX156 - E4 - units
PX156 - E5 - scales

F - the particle zoo

PX156 - F1 - quantum number
PX156 - F2 - categorization
PX156 - F3 - leptons
PX156 - F4 - quarks
PX156 - F5 - quark combinations
PX156 - F6 - conservation of quantum numbers in interactions

E - feynmann diagrams

PX156 - G1 - introduction
PX156 - G2 - interactions
PX156 - G3 - basic rules
PX156 - G4 - strategies of drawing a feynmann diagram
PX156 - G5 - virtual particles

H - aspects of the forces

PX156 - H1 - the electromagnetic force
PX156 - H2 - the strong force
PX156 - H3 - the weak force

I - symmetries

PX156 - I1 - symmetries
PX156 - I2 - continuous symmetries
PX156 - I3 - discrete symmetries
PX156 - I4 - internal symmetries

J - particle decays & relativistic kinematics

PX156 - J1 - decays
PX156 - J2 - decay channels
PX156 - J3 - relativistic invariants
PX156 - J4 - two body collisions
PX156 - J5 - natural sources of particles]]

K - accelerators & detectors

PX156 - K1 - introduction
PX156 - K2 - linear accelerator
PX156 - K3 - cyclotron
PX156 - K4 - synchrotron
PX156 - K5 - detectors
PX156 - K6 - detector design