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Image: Mattias Pettersson

The Organic Electronics and Photonics Group

Research group Organic electronics constitute the synthesis and study of organic materials with electronic and/or photonic function and the realization of functional devices based on such materials. Ludvig Edman's group investigates a broad range of organic and organic-hybrid electronic materials, including conjugated polymers, fullerenes, graphene, transition-metal complexes and perovskites, and utilize the best performing materials for the development of light-emission devices, solar cells and transistors.

We have demonstrated light-emitting electrochemical cells that can emit efficiently with essentially any emission color, including white and IR, which can be completely metal free, and which can be fabricated over large areas with cost- and energy-efficient coating and printing methods.

We have further conceptualized a novel patterning method, with which we can realize sub-micron electronically active patterns over large areas, and fabricated high-performance solar cells that have been utilized for the efficient conversion of solar radiation to hydrogen fuel.

More information:

Read more about the research on our external website here.

Head of research

Overview

Participating departments and units at Umeå University

Department of Physics

Research area

Materials science, Physical sciences

External funding

Swedish Research Council, Swedish Energy Agency, Swedish Foundation for Strategic Research, The Kempe Foundation, Carl Tryggers Stiftelse, Belysningsstiftelsen

External funding

He lays the foundation for new light sources with the patience of an elite athlete

Ludvig Edman was the first in the world to print a light source and describes himself as extremely stubborn.

Ludvig Edman rewarded for his bright ideas in research

Receives the prestigious ERC Advanced Grant for his research on the technology behind a flexible light source.

Two research projects from Umeå on prestigious IVA 100 List

Eco-friendly light sources and climate-smart buildings recognized by Swedish academy.

Latest update: 2022-11-22