Vincenzo Esposito

Vincenzo Esposito


Department of Energy Conversion and Storage

Technical University of Denmark


Building 310, room 222

2800 Kgs. Lyngby

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News from DTU

24 APR

Implementation of new class of smart actuating materials in biocompatible devices

Researchers from DTU Energy and DTU Physics have received a FET-Open grant from EU to pioneer research in biocompatible actuating materials that can be used for intelligent devices for use in the human body.

Electrotechnology Energy Energy systems Micro and nanotechnology
Researchers at DTU Energy has stabilized δ-Bismuth oxide
21 APR

Discovery unlocks ion conductor that is 100 times faster than all the others

A research group at the Technical University of Denmark has discovered a new and stable ion conducting material by merging two known materials, one of which is intrinsically not stable, Bismuth oxide. The Bismuth-based material has a 100 times faster ion conductivity than all previous known solid-state oxygen ion conductors.

Electronics Fuel cells Electrochemistry