Tim Schröder

This paper introduces MARs, magnetic molecular nanorulers that measure molecular distances and enable combinatorial biosensing with high accuracy and resolution.

This study observes sub-microsecond dynamics of single DNA molecules using graphene-based fluorescence measurements and links findings to structural and environmental factors.

This paper introduces Brownian DNA computing, a molecular computing framework that uses DNA origami scaffolds to implement logic gates and circuits through thermal fluctuations, enabling energy-efficient and reversible computation.

The paper introduces a molecular fluorescence lifetime sensor to non-invasively monitor DNA origami coating with cationic polymers or silica in real-time at the single nanostructure level.