Quantum Mechanics Classroom Aids
Teaching Quantum Mechanics can be difficult. These classroom aids can help.
The Microscopic Introduction Optical Microscopes Microscope Resolution Power Electromagnetic Radiation Electron Mass Electron Charge
Blackbody Radiation and Planck’s Constant Photoelectric Effect Wave-Particle Duality Scanning Electron Microscopes
The Atom Introduction The Thomson Atom Radio Activity Discovery The Rutherford Atom The Bohr Atom The de Broglie Atom Schrodinger’s Equation
Heisenberg Uncertainty Principle Scanning Tunneling Microscope The Schrodinger Atom Pauli Exclusion Principle Electron Spin and the
Stern-Gerlach Experiment Neutron Discovery Atomic Particle Sizes
Elementary Particles Introduction Cosmic Rays Electrons and Protons Positrons and Anti-Matter Particle Pair Creation Muons Pions and Kaons
The Neutrino Neutrino Astronomy Particle Accelerators SLAC Probing Protons Hadrons and Quarks Lambda, Xi and Omega particles
Particle Sizes Fermions vs Bosons
Force Fields Introduction Force Fields Matter Fields Quantum Electrodynamics QED Strong Nuclear Force – Gluons
Quantum Chromodynamics – QCD Quark Containment Residual Strong Force Proton Mass Weak Force W and Z Bosons Standard Model of Particle Physics
Elementary Particle Mass Higgs Field-Mechanism-Boson CERN Large Hadron Collider LHC CERN Particle Detectors CMS and Atlas Higgs Boson Discovery Planck Length
Introduction Light Polarization Linear Superposition Quantum Entangled Electrons Einstein’s problem with Quantum Mechanics
Bell’s Inequality Quantum Ghost Images Quantum Eraser Experiment Quantum Computing