A Distributed Dipole Model for Estimating Epileptiform Magnetic Fields in Brain Tissue

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account accounts acknowledgments active additional aims aligned annals approximated assume assuming attempt available away boundaries brain bursting cell children chosen close comparative compartment compartments compatible component compute concurrent conductivities consistent contributions cortex cortical culture curl decays density derivative determine determines dipole dipoles discharges disk distance distributed edge edges empirical encounter epilepsy epileptic estimating event exterior fast fellowship field fields flux future geometry gives gradient grant gratefully grid health homogeneous hospital human hypothesize inside institutes interference interior intracellular involved largely largest length local medical medium model models moment moments move national nature neurology neuron neuronal observable origin outside patients pattern phys positions potentially primary produce pyramidal quantum radiology radius rapid rapidly recent related relationship rendered reported scalp school seed sensor shaped simplified simulated simulation source spikes squid strengths strong suggested suggests summing superconducting supported surface synchronization synchronously tens thank tissue uniform unit units vector voltage volume volumetric website whether women written zero