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Artist's impression of DIFFER's research on 31,618 molecules with potential for energy storage in redox flow batteries. The researchers used artificial intelligence and quantum chemical methods on supercomputers to predict approximately 300 properties per molecule. (c) DIFFER/Süleyman Er
Scientists from the Dutch Institute for Fundamental Energy Research (DIFFER) have created a database of 31,618 molecules that could potentially be used in future redox-flow batteries. These batteries hold great promise for energy storage. Among other things, the researchers used artificial intelligence and supercomputers to identify the molecules' properties.
DIFFER news item
Dinesh Krishnamoorthy (DIFFER en TU/e) ontvangt een EUROfusion Engineering Grant. Dat heeft EUROfusion zojuist bekendgemaakt. Krishnamoorthy gaat onderzoeken hoe een kernfusiecentrale in real-time onder controle gehouden kan worden.
DIFFER news item
Dinesh Krishnamoorthy (DIFFER and TU/e) is the recipient of a EUROfusion Engineering Grant. This has just been announced by EUROfusion. Krishnamoorthy will investigate how to keep a nuclear fusion power plant under control in real-time.
DIFFER news item
Onderzoekers van DIFFER hebben een database gemaakt met 31.618 moleculen die mogelijk gebruikt kunnen worden in toekomstige redox-flowbatterijen. Deze batterijen zijn veelbelovend voor energieopslag. De onderzoekers gebruikten onder andere kunstmatige intelligentie en supercomputers om de eigenschappen van de moleculen in kaart te brengen.
DIFFER news item
On Thursday 26 January 2023, DIFFER hosts a one-day workshop on continuum modeling in energy applications, in particular in the field of water splitting. The workshop is now open for registration and for abstract submissions. Deadline is 30 November.