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METADATA
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sub phy450Meta
{
my @phy450 =
(
{
SOURCE => 'relativisticElectrodynamicsL1',
TITLE => qq(Speed of light and simultaneity.),
DATE => 'Jan 11, 2011',
REF => 'relativisticElectrodynamicsL1',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL1.pdf',
WHAT => qq(Speed of light and simultaneity.),
}
,{
SOURCE => 'relativisticElectrodynamicsL2',
TITLE => qq(Spacetime, events, worldlines, proper time, invariance.),
DATE => 'Jan 12, 2011',
REF => 'relativisticElectrodynamicsL2',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL2.pdf',
WHAT => qq(Spacetime, events, worldlines, proper time, invariance.),
}
,{
SOURCE => 'relativisticElectrodynamicsL3',
TITLE => qq(Spacetime, events, worldlines, spacetime intervals, and invariance.),
DATE => 'Jan 13, 2011',
REF => 'relativisticElectrodynamicsL3',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL3.pdf',
WHAT => qq(Spacetime, events, worldlines, spacetime intervals, and invariance.),
}
,{
SOURCE => 'antisymmetricTensorTx',
TITLE => qq(Lorentz transformation of an antisymmetric tensor.),
DATE => 'Jan 14, 2011',
REF => 'antisymmetricTensorTx',
URL => 'https://peeterjoot.com/archives/math2011/antisymmetricTensorTx.pdf',
WHAT => qq(Some tensor and geometric algebra comparisons in a spacetime context.),
}
,{
SOURCE => 'relativisticElectrodynamicsL4',
TITLE => qq(Spacetime geometry, Lorentz transformations, Minkowski diagrams.),
DATE => 'Jan 18, 2011',
REF => 'relativisticElectrodynamicsL4',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL4.pdf',
WHAT => qq(Spacetime geometry, Lorentz transformations, Minkowski diagrams.),
}
,{
SOURCE => 'relativisticElectrodynamicsL5',
TITLE => qq(Proper time, length contraction, time dilation, causality.),
DATE => 'Jan 18, 2011',
REF => 'relativisticElectrodynamicsL5',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL5.pdf',
WHAT => qq(Proper time, length contraction, time dilation, causality.),
}
,{
SOURCE => 'relativisticElectrodynamicsT1',
TITLE => qq(Four vectors and a worked problem on energy flux density.),
DATE => 'Jan 20, 2011',
REF => 'relativisticElectrodynamicsT1',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsT1.pdf',
WHAT => qq(Four vectors and a worked problem on energy flux density.),
}
,{
SOURCE => 'relativisticElectrodynamicsL6',
TITLE => qq(Four vectors and tensors.),
DATE => 'Jan 25, 2011',
REF => 'relativisticElectrodynamicsL6',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL6.pdf',
WHAT => qq(Four vectors and tensors.),
}
,{
SOURCE => 'relativisticElectrodynamicsL7',
TITLE => qq(Action and relativistic dynamics.),
DATE => 'Jan 26, 2011',
REF => 'relativisticElectrodynamicsL7',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL7.pdf',
WHAT => qq(Action and relativistic dynamics.),
}
,{
SOURCE => 'relativisticElectrodynamicsT2',
TITLE => qq(PHY450H1S. Relativistic Electrodynamics Tutorial 2 (TA: Simon Freedman). Two worked problems.),
DATE => 'Jan 27, 2011',
REF => 'relativisticElectrodynamicsT2',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsT2.pdf',
WHAT => qq(Two worked problems.),
}
,{
SOURCE => 'relElectroDynProblemSet1',
TITLE => qq(PHY450H1S Problem Set 1.),
DATE => 'Jan 22, 2011',
REF => 'relElectroDynProblemSet1',
URL => 'https://peeterjoot.com/archives/math2011/relElectroDynProblemSet1.pdf',
WHAT => qq(Problem Set 1.),
}
,{
SOURCE => 'relElectroDynProblemSet3',
TITLE => qq(PHY450H1S Problem Set 3.),
DATE => 'Feb 15, 2011',
REF => 'relElectroDynProblemSet3',
URL => 'https://peeterjoot.com/archives/math2011/relElectroDynProblemSet3.pdf',
WHAT => qq(PHY450H1S Problem Set 3.),
}
,{
SOURCE => 'relativisticElectrodynamicsL8',
TITLE => qq(Relativistic dynamics.),
DATE => 'Feb 1, 2011',
REF => 'relativisticElectrodynamicsL8',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL8.pdf',
WHAT => qq(Relativistic dynamics.),
}
,{
SOURCE => 'relativisticElectrodynamicsL9',
TITLE => qq(Dynamics in a vector field.),
DATE => 'Feb 1, 2011',
REF => 'relativisticElectrodynamicsL9',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL9.pdf',
WHAT => qq(Dynamics in a vector field.),
}
,{
SOURCE => 'relativisticElectrodynamicsT3',
TITLE => qq(PHY450H1S. Relativistic Electrodynamics Tutorial 3 (TA: Simon Freedman). Relativistic motion in constant uniform electric or magnetic fields.),
DATE => 'Feb 3, 2011',
REF => 'relativisticElectrodynamicsT3',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsT3.pdf',
WHAT => qq(Relativistic motion in constant uniform electric or magnetic fields.),
}
,
{
SOURCE => 'relativisticElectrodynamicsL10',
TITLE => qq(Lorentz force equation energy term, and four vector formulation of the Lorentz force equation.),
DATE => 'Feb 8, 2011',
REF => 'relativisticElectrodynamicsL10',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL10.pdf',
WHAT => qq(Lorentz force equation energy term, and four vector formulation of the Lorentz force equation.),
}
,{
SOURCE => 'relativisticElectrodynamicsL12',
TITLE => qq(Action for the field.),
DATE => 'Feb 10, 2011',
REF => 'relativisticElectrodynamicsL12',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL12.pdf',
WHAT => qq(Action for the field.),
}
,{
SOURCE => 'relativisticElectrodynamicsL14',
TITLE => qq(PHY450H1S. Relativistic Electrodynamics Lecture 14 (Taught by Simon Freedman). Wave equation in Coulomb and Lorentz gauges.),
DATE => 'Feb 16, 2011',
REF => 'relativisticElectrodynamicsL14',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL14.pdf',
WHAT => qq(Wave equation in Coulomb and Lorentz gauges.),
}
,{
SOURCE => 'relativisticElectrodynamicsL13',
TITLE => qq(Variational principle for the field.),
DATE => 'Feb 15, 2011',
REF => 'relativisticElectrodynamicsL13',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL13.pdf',
WHAT => qq(Variational principle for the field.),
}
,{
SOURCE => 'relativisticElectrodynamicsL11',
TITLE => qq(Unpacking Lorentz force equation. Lorentz transformations of the strength tensor, Lorentz field invariants, Bianchi identity, and first half of Maxwell's.),
DATE => 'Feb 9, 2011',
REF => 'relativisticElectrodynamicsL11',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL11.pdf',
WHAT => qq(Unpacking Lorentz force equation. Lorentz transformations of the strength tensor, Lorentz field invariants, Bianchi identity, and first half of Maxwell's.),
}
,{
SOURCE => 'relativisticElectrodynamicsL15',
TITLE => qq(Fourier solution of Maxwell's vacuum wave equation in the Coulomb gauge.),
DATE => 'Mar 1, 2011',
REF => 'relativisticElectrodynamicsL15',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL15.pdf',
WHAT => qq(Fourier solution of Maxwell's vacuum wave equation in the Coulomb gauge.),
}
,{
SOURCE => 'relativisticElectrodynamicsL16',
TITLE => qq(Monochromatic EM fields. Poynting vector and energy density conservation.),
DATE => 'Mar 2, 2011',
REF => 'relativisticElectrodynamicsL16',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL16.pdf',
WHAT => qq(Monochromatic EM fields. Poynting vector and energy density conservation.),
}
,{
SOURCE => 'relElectroDynProblemSet2',
TITLE => qq(PHY450H1S Problem Set 2.),
DATE => 'Feb 1, 2011',
REF => 'relElectroDynProblemSet2',
URL => 'https://peeterjoot.com/archives/math2011/relElectroDynProblemSet2.pdf',
WHAT => qq(PHY450H1S Problem Set 2.),
}
,{
SOURCE => 'relativisticElectrodynamicsL17',
TITLE => qq(Energy and momentum density. Starting a Green's function solution to Maxwell's equation.),
DATE => 'Mar 8, 2011',
REF => 'relativisticElectrodynamicsL17',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL17.pdf',
WHAT => qq(Energy and momentum density. Starting a Green's function solution to Maxwell's equation.),
}
,{
SOURCE => 'relativisticElectrodynamicsT5',
TITLE => qq(PHY450H1S. Relativistic Electrodynamics Tutorial 5 (TA: Simon Freedman). Angular momentum of EM fields),
DATE => 'Mar 10, 2011',
REF => 'relativisticElectrodynamicsT5',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsT5.pdf',
WHAT => qq(PHY450H1S. Relativistic Electrodynamics Tutorial 5 (TA: Simon Freedman). Angular momentum of EM fields),
}
,{
SOURCE => 'relElectroDynProblemSet4',
TITLE => qq(PHY450H1S Problem Set 4.),
DATE => 'Mar 3, 2011',
REF => 'relElectroDynProblemSet4',
URL => 'https://peeterjoot.com/archives/math2011/relElectroDynProblemSet4.pdf',
WHAT => qq(Problem Set 4.),
}
,{
SOURCE => 'relativisticElectrodynamicsL18',
TITLE => qq(Green's function solution to Maxwell's equation.),
DATE => 'Mar 9, 2011',
REF => 'relativisticElectrodynamicsL18',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL18.pdf',
WHAT => qq(Green's function solution to Maxwell's equation.),
}
,{
SOURCE => 'relativisticElectrodynamicsT4',
TITLE => qq(PHY450H1S. Relativistic Electrodynamics Tutorial 4 (TA: Simon Freedman). Waveguides: confined EM waves.),
DATE => 'Mar 3, 2011',
REF => 'relativisticElectrodynamicsT4',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsT4.pdf',
WHAT => qq(Waveguides: confined EM waves.),
}
,{
SOURCE => 'relativisticElectrodynamicsL22',
TITLE => qq(Energy Momentum Tensor.),
DATE => 'Mar 23, 2011',
REF => 'relativisticElectrodynamicsL22',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL22.pdf',
TITLE => qq(Energy Momentum Tensor.),
}
,{
SOURCE => 'relativisticElectrodynamicsL20',
TITLE => qq(Potentials at a distance from a localized current distribution. EM fields due to dipole radiation.),
DATE => 'Mar 15, 2011',
REF => 'relativisticElectrodynamicsL20',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL20.pdf',
WHAT => qq(Potentials at a distance from a localized current distribution. EM fields due to dipole radiation.),
}
,{
SOURCE => 'relativisticElectrodynamicsT8',
TITLE => qq(PHY450H1S. Relativistic Electrodynamics Tutorial 8 (TA: Simon Freedman). EM fields from magnetic dipole current.),
DATE => 'Mar 23, 2011',
REF => 'relativisticElectrodynamicsT8',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsT8.pdf',
WHAT => qq(EM fields from magnetic dipole current.),
}
,{
SOURCE => 'relativisticElectrodynamicsL21',
TITLE => qq(More on EM fields due to dipole radiation.),
DATE => 'Mar 22, 2011',
REF => 'relativisticElectrodynamicsL21',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL21.pdf',
WHAT => qq(More on EM fields due to dipole radiation.),
}
,{
SOURCE => 'relativisticElectrodynamicsL24',
TITLE => qq(Non-relativistic electrostatic Lagrangian.),
DATE => 'Mar 30, 2011',
REF => 'relativisticElectrodynamicsL24',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL24.pdf',
WHAT => qq(Non-relativistic electrostatic Lagrangian.),
}
,{
SOURCE => 'relativisticElectrodynamicsL25',
TITLE => qq(Second order interaction, the Darwin Lagrangian.),
DATE => 'Mar 31, 2011',
REF => 'relativisticElectrodynamicsL25',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL25.pdf',
WHAT => qq(Second order interaction, the Darwin Lagrangian.),
}
,{
SOURCE => 'relElectroDynProblemSet5',
TITLE => qq(Problem Set 5.),
DATE => 'Mar 14, 2011',
REF => 'relElectroDynProblemSet5',
URL => 'https://peeterjoot.com/archives/math2011/relElectroDynProblemSet5.pdf',
WHAT => qq(Problem Set 5.),
}
,{
SOURCE => 'relativisticElectrodynamicsL23',
TITLE => qq(Energy Momentum Tensor.),
DATE => 'Mar 29, 2011',
REF => 'relativisticElectrodynamicsL23',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL23.pdf',
WHAT => qq(Energy Momentum Tensor.),
}
,{
SOURCE => 'divergence3Dtensor',
TITLE => qq(Three dimensional divergence theorem with generally parametrized volume element.),
DATE => 'April 10, 2011',
REF => 'divergence3Dtensor',
URL => 'https://peeterjoot.com/archives/math2011/divergence3Dtensor.pdf',
WHAT => qq(Three dimensional divergence theorem with generally parametrized volume element.),
}
,{
SOURCE => 'relElectroDynProblemSet6',
TITLE => qq(Problem Set 6.),
DATE => 'Mar 25, 2011',
REF => 'relElectroDynProblemSet6',
URL => 'https://peeterjoot.com/archives/math2011/relElectroDynProblemSet6.pdf',
WHAT => qq(Problem Set 6.),
}
,{
SOURCE => 'relativisticElectrodynamicsT9',
TITLE => qq(Some worked problems. EM reflection. Stress energy tensor for simple configurations.),
DATE => 'Mar 30, 2011',
REF => 'relativisticElectrodynamicsT9',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsT9.pdf',
WHAT => qq(Some worked problems. EM reflection. Stress energy tensor for simple configurations.),
}
,{
SOURCE => 'relativisticElectrodynamicsL26',
TITLE => qq(Radiation reaction force for a dipole system.),
DATE => 'April 5, 2011',
REF => 'relativisticElectrodynamicsL26',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL26.pdf',
WHAT => qq(Radiation reaction force for a dipole system.),
}
,{
SOURCE => 'complexPlanarBoost',
TITLE => qq(Playing with complex notation for relativistic applications in a plane),
DATE => 'Mar 8, 2011',
REF => 'complexPlanarBoost',
URL => 'https://peeterjoot.com/archives/math2011/complexPlanarBoost.pdf',
WHAT => qq(Playing with complex notation for relativistic applications in a plane),
}
,{
SOURCE => 'relativisticElectrodynamicsL19',
TITLE => qq(Lienard-Wiechert potentials.),
DATE => 'Mar 15, 2011',
REF => 'relativisticElectrodynamicsL19',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL19.pdf',
WHAT => qq(Lienard-Wiechert potentials.),
}
,{
SOURCE => 'relativisticElectrodynamicsExamReflection',
TITLE => qq(Some exam reflection.),
DATE => 'April 13, 2011',
REF => 'relativisticElectrodynamicsExamReflection',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsExamReflection.pdf',
WHAT => qq()
}
,{
SOURCE => 'relativisticElectrodynamicsL27',
TITLE => qq(Radiation reaction force continued, and limits of classical electrodynamics.),
DATE => 'April 6, 2011',
REF => 'relativisticElectrodynamicsL27',
URL => 'https://peeterjoot.com/archives/math2011/relativisticElectrodynamicsL27.pdf',
WHAT => qq(Radiation reaction force continued, and limits of classical electrodynamics.),
}
,
{
SOURCE => 'lorentzForceHamiltonian',
TITLE => qq(Energy term of the Lorentz force equation.),
DATE => 'Feb 6, 2011',
REF => 'lorentzForceHamiltonian',
URL => 'https://peeterjoot.com/archives/math2011/lorentzForceHamiltonian.pdf',
WHAT => qq(Energy term of the Lorentz force equation.),
},
) ; # @phy450
return @phy450 ;
}
1 ;