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The nature of light (Light and Special Relativity (Evidence (Cosmological…
The nature of light
Light and Special Relativity
E=mc(squared)
Sun - Fusion
Particle annihilation
Combustion fuels
Relativistic momentum
Evidence
Cosmological studies
Particle acceleration
Atomic clocks
muons
Length contractions
Time dilation
Einstein
Inertial frames
Speed of light always constant
Electromagnetic spectrum
Maxwell's Contribution
Unification of electricity and magnetism
Prediction of electromagnetic waves
Prediction of velocity of light
Electromagnetic waves
Production
Propagation
Speed of light experiments
Galileo
Bradley
Foucault
Spectra - Discharge tubes
Reflected sunlight
incandescent filaments
Identify elements
Spectra of stars
Chemical composition
Density
Surface temp
Velocity
Rotational
Translational
Light: Wave Model
Diffraction
Interference
Diffraction grating
dsin(theta) = m(lambda)
Young's Double-slit experiment
Models
Huygen's
Wave
Wavelets
Reflection
Refraction
Diffraction
Polarisation
Newton's
Particle
Reflection
Refraction
Theory of fits
Polarisation
Straight sides
Malus's Law
I = ImaxCos(squared)(theta)
Polarisation
Wave
Light: Quantum Model
Black Body Radiation
Planck
Quantum
E = hf
Wien's Law
(lambdamax) = b/T
Photoelectric Effect
Particle model
Photons
Cut-off frequency fo
Kmax = hf - phi
Law of conservation of energy
Einstein