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In dit project zullen TU Delft, Physee en NSG-Pilkington een kosteneffectief energieopwekkend luminescerende coating voor ramen ontwikkelen op basis van het principe van een luminescente zonneconcentrator. Dit zal worden bereikt met nieuwe luminescerende materialen die uniform over het gehele zichtbare zonnespectrum kunnen absorberen, de geabsorbeerde energie opnieuw kunnen emitteren en transporteren naar zonnecellen.

TU Delft’s Executive Board has appointed Wim Koppers as Director of the TU Delft Reactor Institute with effect from 1 September 2023.

On Thursday 11 May, Delft University Fund organised the 2023 Marina van Damme Grant Award Ceremony. Three female Delft alumni stood the chance to win the coveted grant of €9,000. After three impressive pitches and a short jury meeting, Prof. Marina van Geenhuizen, chair of the jury, announced that it was a "roaring" 20th edition with a surprising result: both Mei Ling Tan and Oleksandra Ivashchenko were declared winners of the Marina van Damme Grant 2023.

ISIS and the Technical University of Delft signed a new agreement on the 4th of May 2023 for continued cooperation between the two institutions. ISIS and TU Delft have had a very long-standing partnership for the development of neutron instrumentation and technologies. In particular, TU Delft, supported by funds from the Netherlands science funding agency the NWO, have worked with ISIS for the design and construction of two ISIS Second Target Station instruments over the past 15 years: the Offspec reflectometer and the Larmor small angle scattering instrument.

A major challenge in the energy transition is the efficient and flexible storage and transportation of renewable energy. Batteries will play an important role in this. However, much research and innovation are still required. In order to encourage this, on Thursday 11 May 2023 TU Delft will be launching e4BatteryDelft: a brand-new platform that will focus on electrochemical storage of renewable energy – with respect for the world around us, in a way that is affordable and also totally European.

Understanding why certain materials work better than others when it comes to storing energy is a crucial step towards developing the batteries that will power electronic gadgets, electric vehicles and renewable power grids. Researchers at Drexel University and Delft University of Technology have developed a new technique that can track the electrolytes inside energy storage mechanisms quicky and precisely.

Today the ‘new’ ROG neutron reflectometer at the TU Delft Reactor Institute has officially been opened. The instrument shows the structure and composition of thin layers and interfaces of materials. The opening is an important step for scientists working on improving performance and sustainability for a wide range of products.

The dome of the research reactor on TU Delft Campus is a familiar sight to many. This year marks 60 years since the reactor was commissioned. But, who knows how and what this reactor is used for?

The electric car has made its entrance thanks to the advancement of batteries, and we need batteries to store renewable solar and wind energy until the moment when we need the energy. Currently, the most widely used battery for this purpose is the lithium-ion battery. Researchers from TU Delft now present a new breakthrough in Nature Communications and Advanced Materials that could further improve the life of these batteries.