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DTU researchers receive three out of nine Danish Consolidator Grants from the European Research Council.
The first book in the series of Finn Foton has made it to the Japanese market with support from the Ministry for Foreign Affairs of Denmark through the Export sparring...
In order to achieve a fossil-free production of fuels and chemicals, catalysis methods that convert the sun's energy into chemical processes must be made more efficient...
The aircraft, ships, and lorries of the future must be powered by e-fuels—fuels produced partly from captured CO2—and partly from hydrogen produced by the splitting...
New innovation consortium sets out to secure Danish share of a rapidly growing technology market by developing next generation’s ultra-secure cryptographic systems...
A special course on spinning balls, a technique which is used in many sports, sparked a string of experiments and calculations which have just been published in the American...
Five scientists from DTU Physics have received grants from Villum Experiment of collectively 10 mill. DKK to perform their bold research ideas.
Researchers around the world are working to produce sustainable ammonia for use in fertilisers. DTU is at the forefront of the developments and expects to be able to market...
The new Danish research infrastructure DANFIX will be housed in DTU’s world-class 3D imaging centre. A new lighthouse associated with the international neutron facility...
A new study explains for the very first time the principles behind the design of stings, needles, and spikes in animals and plants. The principles can be directly used...
By bringing newly developed X-ray methods into play, researchers at DTU will close gaps in our knowledge of how water participates in and controls chemical reactions. Thanks...
In the future, conventional experiments will be replaced by new types of experiments in DTU’s physics teaching that provide students with a number of skills that...
DTU’s researchers have contributed to the discovery of a brand-new class of 2D materials that are able to bind single atoms between their ultra-thin layers. It opens...
Twice as many participated in the CarbOnlineHagen online conference as in the recent physical conferences. Initiator and professor, Peter Bøggild, finds online meeting...
Researchers wish to revolutionize the production of ammonia for fertilizer, so that it can take place at the site of a single farm or greenhouse. The production will be...
For the second time, Henning Friis Poulsen has been awarded one of the prestigious ERC Advanced Grants. His new research project could revolutionize our understanding and...
Schools and universities are closed and all teaching is conducted digitally. The new situation is not just a limitation—it also opens up new possibilities.
A company from Northern Jutland in Denmark with 25 employees provides solutions to be used in ITER’s fusion reactor.
Three young DTU-scientists are honoured as Villum Young Investigators and receive almost DKK 10 million each to continue their research.
10 years’ research in fast particles in fusion plasma has given increased knowledge of one of the most important fusion energy processes.