Tag: FDTD

Electromagnetics

Proposes a coupled Maxwell-cable framework integrating FDTD solutions with Hodgkin-Huxley and Fitzhugh-Nagumo dynamics to simulate action potential propagation in branched neuronal geometries.

Electromagnetics

Proposes a 3D FDTD framework using Quantized Tensor Trains that reduces memory and computational costs from conventional volumetric scaling to logarithmic scaling, enabling high-resolution electromagnetic scattering simulations with limited resources.