Template:Electromagnetic Field Theory
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Template:PhysicsNavigation{\partial t}</math>
<math>\nabla \times \textbf{H} = \textbf{J}_e + \frac{\partial \textbf{D}}{\partial t}</math>
<math>\nabla . \textbf{D} = \rho_e</math>
<math>\nabla . \textbf{B} = \rho_m</math>
|LabelId =Maxwell's equations
|Topic1 = Fundamental concepts
|Items1 = Analogy between circuit and field quantities
Energy and power of EM filed
Complex quantities
Singularities of the filed
|Topic2 = Wave equations and vector potentials
|Items2 = Vector wave equations · Scalar wave equations
Wave equations in terms of vector potentials
Inhomogeneous wave equation
|Topic3 = Important theorems and concepts
|Items3 = Duality
Uniqueness
Image theory
The equivalence principle
The induction theorem
The reciprocity theorem
|Topic4= Plane wave functions
|Items4=Schrödinger picture
Heisenberg picture
Interaction picture
Matrix mechanics
Sum over histories
|Topic5 = Cylindrical wave functions
|Items5 = Schrödinger equation
Pauli equation
Klein–Gordon equation
Dirac equation
Rydberg formula
|Topic6 = Spherical wave functions
|Items6 = de Broglie–Bohm · CCC · Consistent histories · Copenhagen · Ensemble · Hidden variables · Many-worlds · Pondicherry · Quantum logic · Relational · Stochastic · Transactional
|Topic7 = Antenna theory
|Items7 = Quantum information science
Scattering theory
Quantum field theory
Quantum chaos
|Topic8 = Microwave network theory
|Items8 = Quantum information science
Scattering theory
Quantum field theory
Quantum chaos
|Scientists = |Scientists = Planck · Bohr · Sommerfeld · Bose · Kramers · Heisenberg · Born · Jordan · Pauli · Dirac · de Broglie · Schrödinger · von Neumann · Wigner · Feynman · Candlin · Bohm · Everett · Bell · Wien|cTopic={{{cTopic}}}
}}
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