Prospero J. Taroni

Papers

Total Citations

257

H-Index

About

Prospero J. Taroni is a leading figure in the development of next-generation, self-powered flexible electronics, with his work bridging the critical gap between material science and practical device engineering. His primary research focuses on creating stretchable, thermoelectric sensors that can harvest energy from body heat or environmental temperature gradients, eliminating the need for traditional batteries. Taroni’s most impactful contribution, his 2017 paper "Toward Stretchable Self‐Powered Sensors Based on the Thermoelectric Response of PEDOT:PSS/Polyurethane Blends," has garnered over 220 citations, establishing a foundational approach for integrating conductive polymers into elastic matrices. This work demonstrated how to achieve both high thermoelectric performance and mechanical stretchability—a key challenge in the field. He further advanced the domain by pioneering n-type thermoelectric composites, as detailed in his 2019 study on polyurethane/Naₓ(Ni-ett)ₙ composites, which expanded the material palette for flexible, self-powered multi-sensors. By enabling devices that are both robust and maintenance-free, Taroni’s research is directly powering the future of soft robotics, wearable health monitors, and the Internet of Things, making him a pivotal innovator in sustainable, autonomous electronics.