Lennart J. K. Weiß

This paper introduces an experimental method to reconstruct free-energy landscapes of rotary DNA nanomachines using electric-field biasing and statistical reweighting, revealing energy barriers and design modifications' effects.

This paper introduces a DNA origami nanomechanical amplifier that translates molecular conformational changes into measurable mechanical displacements, enabling single-molecule analysis of binding events without labeling or fluorescence.

This paper demonstrates magnetic DNA origami nanorotors that can be controlled and rotated using magnetic fields, achieving torque values of 10-100 pN nm.