Classical Field Theory Course MA3431
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Classical Lagrangian for a discrete system, Lagrangian density for a field
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Hamilton's
variational principle,
Lorentz
invariance, time & space reversal
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Covariant field theory, tensors, scalar fields and the four-vector potential
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The Lorentz force, charged particle interaction, antisymmetric field tensor
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Lagrangian density for a free vector field;
Maxwell
equations
for E and B
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Gauge invariance, the Lorenz gauge, charge conservation, four-currents
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Canonical stress tensor; conserved, traceless & symmetric stress tensor
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Particle and field energy-momentum & angular momentum conservation
Recommended material
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Classical Electrodynamics, J. David Jackson,
John Wiley (3rd edition) 1998
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Classical Theory of Fields,
L. D. Landau & E. M. Lifshitz,
Heinemann, 1972
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Classical Field Theory, Francis E. Low,
J. Wiley & Sons (1st edition) 1997
PDF items for Course &CFT& and c6f6t
Succeeding Course
Classical Electrodynamics
Course
MA3432
http://www.maths.tcd.ie/~nhb/sjscft.php
dated
2011-12-08 may be checked for
validity and
style.