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TU Delft is taking part in three National Roadmap for Large-scale Scientific Infrastructure projects. The three projects concern measuring changes in the atmosphere by Ruisdael Observatory (where TU Delft is the coordinating university), EPOS-NL, on the European infrastructure for geological sciences, dangers and resources, and NEMI, on the Netherlands Electron Microscopy Infrastructure.

‘Weather’ is the result of a combination of many diverse factors, such as solar radiation, the concentration of greenhouse gases, air quality and humidity, local building density or vegetation, wind direction and a whole host of underlying physical and chemical processes.

Many types of mushroom have two different nuclei in their cells, one from the ‘father’ and another from the ‘mother’. Researchers at the universities of Delft, Utrecht and Wageningen have discovered that the genes from the parental DNAs are expressed at different times in mushroom development. “This means that when genes involved in mushroom formation are identified, we first need to find out whether the paternal or maternal nucleus is active,” says TU Delft doctoral candidate Thies Gehrmann. The research results were published in the journal PNAS on 11 April 2018.

The European Research Council has awarded an ERC Advanced Grant of 2,5 million euros to two professors from Delft University of Technology.

‘We find ourselves in an age where superhero films are immensely popular. With many students familiar with many of these characters and their superpowers, superheroes can facilitate a unique platform to aid in the dissemination of physics materials in the classroom’, says scientist Barry W. Fitzgerald of TU Delft. In a paper published in Physics Education on 5th April 2018, he considers Wonder Woman, Hawkeye and Invisible Woman.

Dutch universities strive for open access publication of their research. Increasing numbers of universities and lecturers around the world also want open education, the free sharing of educational resources, primarily online.

Since the breakthrough discovery of the Majorana particle in 2012 in Delft, researchers faced great challenges. An international team of researchers from the Netherlands (QuTech, Microsoft and Eindhoven University of Technology) and United States (JQI Maryland, UC Santa Barbara) joined forces to understand the next steps required to improve the experiments. Now, the scientists provide a complete toolbox for the final proof of Majorana existence, paving the way towards Majorana quantum bits. They publish their work in Nature.