1 	The Physics-EEG interface

  2 	An overview of electromagnetic theory

  3 	Electric fields in biological tissue

  4 	Current sources in a homogeneous medium

  5 	Current sources in inhomogeneous media

  6 	EEG recording, electrode placement, and aspects of generator localization

  7 	Temporal and spatial properties of EEG

  8 	Time dependence in neural circuits

  9 	Wavephenomena

10 	Brain vawes: a theoretical and experimental basis

11 	Normal modes of the brain: neuroanatomical basis and a physiological theoretical model

	Appendixes
		
 A	Introduction to calculus on vector fields
 B	Quasistatic formulation of Maxwell's equations and illustrative numerical estimates
 C	The membrane diffusion equation
 D	Point source in a five-layered plane medium
 E	Single dipole or dipole layer inside concentric spheres
 F	Solutions to the brain wave equations in one dimension
 G	Linear operators on the multichannel data matrices
 H	The solution of the normal mode equation