Rasmus Fehrmann

Rasmus Fehrmann

Professor Emeritus

DTU CHEMISTRY
Department of Chemistry

Kemi: Emeriti
Inorganic Chemistry_Group: Centre for Catalysis and Sustainable Chemistry

Technical University of Denmark

Kemitorvet

Building 206, room 138

2800 Kgs. Lyngby

Ph.
Mobile
Fax +45 45 88 31 36
E-mail rf@kemi.dtu.dk
ORCID 0000-0003-0583-5958

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News from DTU

2023
05 JAN

DTU researchers have cut the world’s smallest Christmas record

Just in time for Christmas, a world record is achieved at DTU. Researchers have cut a Rocking Around the Christmas Tree snippet onto a 40-micrometre-wide record.

2022
Cod. Illustration: Elisabeth Karlsson
22 NOV

PhD defence about the movement behavior of Atlantic cod

On 6 December, Regitze Benedicte Carlstedt Lundgreen will defend her PhD thesis. It is possible to attend the defence at DTU in Lyngby or online.

New study line in digital health. Photo: Jesper Scheel, DTU.
10 FEB

New digital health study line at DTU

DTU increases admission to the Biomedical Engineering programme, creating a new study line in digital health.

Medicine and medico technology Medical equipment and systems Health and diseases Information technology Image analysis Data analysis Software and programming
Campylobacter. Foto: CDC/ Dr. Patricia Fields, Dr. Collette Fitzgerald
03 FEB

New methods to reduce campylobacter on chicken meat

Researchers and businesses will use a GUDP grant to develop new ways to prevent campylobacter bacteria from ending up on chicken meat and to ensure that fewer consumers get sick.

Food, fish and agriculture Food quality Food production Food safety
2021
Graphene christmas trees. Illustration: Jie Ji.
22 DEC

World’s thinnest Christmas tree created at DTU

A Christmas tree with a thickness of one atom is made at DTU. It shows how terahertz measurements can be used to ensure the quality of graphene. 

Materials Physics Electrotechnology Electronics Micro and nanotechnology Sensors Semiconductors
22 DEC

Invasion pathways uncovered for one of the most notorious marine invasive species

Biological invasions are a major threat to biodiversity and the dynamics behind successful invasions remain largely unresolved. Invasion genomics can be used to shed light on genetic diversity pattern during invasion events and to reconstruct the demographic history of invasion events.

Dorte Danielsen and Lene Gammelgaard in the lab. Photo: DTU Physics.
13 SEP

Quantum materials cut closer than ever

A new method designs nanomaterials with less than 10-nanometer precision. It could pave the way for faster, more energy-efficient electronics. 

Micro and nanotechnology Materials Semiconductors Physics Electronics