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Monday, May 22 2023, during Biodiversity Day, TU Delft is launching a collaboration with Waarneming.nl to make the TU Delft Campus more green and vibrant. René Hoonhout and Tim Tabak from EcoCampus gave tours to students and staff to discover and capture plants, animals and organisms on campus. Monitoring the biodiversity is an important part of the sustainability ambition of the TU Delft to be carbon neutral, climate-adaptive and circular by 2030 with a focus on improving biodiversity and quality of life. René Hoonhout: "We are moving towards a nature-inclusive way of management. By making observations, we can measure whether this contributes the improvement of biodiversity."

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.

Solar energy is the cheapest and most accessible form of energy. Now, it will be more efficient than ever.

Professors Marileen Dogterom, Herman Russchenberg, Jilt Sietsma and Peter Vink all received royal honours on 26 April 2023.

The Innovation District Delft will make a positive contribution to the major societal challenges, which also impact the region and city.

A dart that is less sensitive to player errors and is therefore almost 50% more accurate than a conventional dart. TU Delft researchers may have developed a groundbreaking dart that can significantly improve the performance of elite-level darts players.

Two protein complexes carry the major responsibility for the spatial organisation of chromosomes in our cell nuclei. DNA tension plays a surprising role in this. Together with Austrian colleagues, nanoscientist Cees Dekker and his PhD candidate Roman Barth of the Kavli Institute of Nanoscience at TU Delft now publish how they have visualised this in detail in Nature on April 19.

DNA replication is the process whereby cells make an exact copy of their DNA before cell division. A key part of the intricate DNA replication machinery is a molecular motor called CMG, which has the vital task of separating the two strands of the DNA double helix so that they can be copied. An interdisciplinary team of researchers from TU Delft has now developed a new methodology to assemble and image the motion of CMG with unprecedented resolution.

On 12 April a number of covenants were signed in the presence of Minister Robbert Dijkgraaf of Education, Culture and Science and his French colleague Sylvie Retailleau to intensify the collaboration between both countries in the field of science. One of the covenants focuses on the collaboration between TU Delft and French universities and businesses. For TU Delft this represents an important step in terms of research into sustainable aviation.