The LHC tunnel is a highly radioactive environment during the operation of the machine.
Four thousand Beam Loss Monitors (BLMs) are placed along the magnets to ensure no radiation escape. It is essential to verify the proper operation of each of these BLMs before operation to ensure safety.
Learning to use satellite data can help understand climate change!
Participants of the last Sparks! edition spontaneously gathered at IdeaSquare in a follow-up initiative with a conviction: that digital technologies for health must prioritise gender equality and human rights, and that an end-to-end intersectional feminist approach is necessary.
At the beginning of this year, the IdeaSquare team embarked on an exciting two-week pilot initiative aimed at testing a novel educational methodology in connection with the Sustainable Development Goals. At its core, this approach hinges on a bold question: What if humanity were compelled to start anew on an entirely different planet? How could we make choices that prioritise sustainability? Moreover, could the knowledge gained during this cosmic journey be effectively applied to real-world situations on Earth?
Experiments necessitate many hard skills, such as physical understanding of the process, but also a bundle of other skills like know-how in instrumentation, hard- and software and strong teamwork capabilities.
It is to give these skills to students –classically difficult to obtain during studies– that the 4th European Physical Society Technology and Innovation Group's (TIG) Maker Event for Science, Technology and Interfaces was held at IdeaSquare.
What are the key priorities for climate-related research in the short and medium terms? How can EU funding support and leverage the success of green tech incubators, entrepreneurs and international cooperation? These are some of the questions that were discussed at the Science|Business Green Deal & Climate days event, which was held in Brussels on September 18-19 and supported by ATTRACT.
β-NMR has proven its capabilities and advantages in the world of nuclear spectroscopy: Not only does it open the door to high precision measurements of nuclear properties, but it also facilitates investigations of unstable, short-lived isotopes, otherwise inaccessible to conventional NMR. Additionally, β-NMR allows for real-time observations of chemical processes, such as biomolecular folding mechanisms.