State-of-the-art software in new vehicles must react in milliseconds, but there are no tools to validate this timing. The EU-funded MASTECS project developed innovative validation technology to assess the timing of software on complex processors and prepared it for commercial use. The technology could make aircraft and automobiles more environmentally friendly and safer for citizens.
Despite a long history of scientific achievements, women remain acutely under-represented in scientific research and academia. By promoting the use of Gender Equality Plans, the EU-funded SUPERA project aimed to address the inequalities, stereotypes and discrimination that contribute to this shortfall. As a result, several institutions have already started to close their gender gap.
The bio-based economy will bring new sustainable job opportunities for citizens across Europe. However, some regions have little experience or knowledge of how to transition away from fossil fuels. The EU-funded POWER4BIO project is helping to share best practices and provide guidance, to ensure no region in Europe is left behind.
When it comes to converting light into energy, nobody does it better than nature. By studying how this natural process works, a group of EU-funded researchers hope to create new methods and tools for replicating it in the lab. If they succeed, their work could open the door to building more energy-efficient electronic and photovoltaic devices.
The capacity of lightweight materials to reduce the transportation sector’s carbon footprint could be erased if their production isn’t efficient too. That’s why the EU-funded RECOTRANS project has developed a state-of-the-art process to manufacture composite components for cars, trains and trucks. Innovations such as these will help the EU reach its climate goals, securing a healthy environment for all citizens.
The huge amount of environmental information available to decision makers can be overwhelming. The EU-funded LANDSUPPORT project developed an easy-to-use web platform that combines satellite, drone and remote sensing data with cutting-edge models. Using this, farmers, policymakers and even citizens can easily find relevant information and make informed environmental choices.
We interact with technology on a daily basis, but almost entirely through our eyes and ears. The EU-funded SenseX project has unveiled a multisensory experience design. This new approach offers citizens technology that incorporates all their senses.
Our modern high-calorie, low-activity lifestyle is wreaking havoc on our bodies, provoking deadly diseases. The EU-funded NutrientSensingVivo project provides a better understanding of how the availability of food changes our metabolism. This knowledge offers new ways to prevent cancer, improve health and extend citizens’ life expectancy.
While the incidence of Alzheimer’s disease continues to grow at an alarming rate, advances in treatment and prevention have stalled. The EU-industry funded ADAPTED project worked to better understand how the presence of a specific gene significantly increases the risk of disease. This research could open the door to new treatment for patients.
Understanding how the brain regulates bodily functions is critical for tackling metabolic disorders and neurodegenerative diseases. The EU-funded WATCH project is shedding light on the molecular mechanisms that underpin this process. The work supports novel therapies that could benefit citizens affected by Alzheimer’s disease, diabetes and COVID-19.
