Thomas B. H. Schroeder

Papers

Total Citations

613

H-Index

About

Thomas B. H. Schroeder is a pioneer in bioinspired soft matter engineering, with research spanning bioelectrochemical systems, osmotic energy transduction, and hydrogel-based power sources. His most celebrated contribution is the development of an electric-eel-inspired soft power source, published in *Nature* in 2017 (574 citations), which demonstrated that stacked hydrogels could generate electricity through ion gradients—mimicking the electric organ of the eel. This breakthrough opened new avenues for flexible, biocompatible energy storage and wearable electronics. Earlier, his work on osmosis-based pressure generation (2014, 39 citations) provided a rigorous theoretical and experimental framework for understanding pressure dynamics in membrane-bound compartments, accounting for volume expansion, solute dilution, and membrane fouling—key insights for microfluidics and soft robotics. Schroeder’s research elegantly bridges fundamental biophysics and applied materials science, earning recognition for its creativity and translational potential. His work continues to inspire innovations in sustainable energy, medical implants, and autonomous soft systems, positioning him as a leading figure in the next generation of bioinspired technologies.