Donald Leo Elbert

This paper develops a heat diffusion method to interpolate z-stacked cell images, preserving interfaces without requiring explicit boundary identification.

The paper describes methods for simulating mass transport around thousands of interacting objects in the brain at nanoscale resolution, demonstrating accuracy with model geometries.

This paper introduces a computational framework to model mass transport in cortical brain tissue at <10 nm resolution, identifying structural features linked to amyloid plaque development.