AROUND THE WORLD
CELEBRATING THE 2024 NOBEL PRIZE IN PHYSICS!
The Royal Swedish Academy of Sciences has awarded the 2024 Nobel Prize in Physics to Professor John J. Hopfield (Princeton University, USA) and Professor Geoffrey Hinton (University of Toronto, Canada) for their groundbreaking discoveries enabling machine learning through artificial neural networks. Their pioneering work has laid the foundation for today’s advancements in AI, transforming how we approach
complex problem-solving.
The CoBRAIN team extends heartfelt congratulations to these exceptional scientists. Their achievements not only inspire us but also reinforce our mission to contribute to AI and materials science, following the visionary paths they have paved.
ESA’S NEW THERMAL PROTECTION MATERIALS TESTED IN SPACEX LAUNCH!
In a groundbreaking collaboration, the European Space Agency (ESA) has advanced the testing of novel thermal protection materials during a recent SpaceX Starship launch. These materials, developed to withstand the extreme conditions of atmospheric re-entry, were embedded in select areas of the Starship’s surface, where traditional heat shield tiles were intentionally removed.
This experiment aimed to validate how new coatings and structures behave under high thermal stress, mirroring the challenges faced in spacecraft design, high-performance transport systems, and advanced manufacturing—domains directly relevant to CoBRAIN’s vision. By leveraging SpaceX’s flight as an in-orbit laboratory, ESA gained critical data that will guide the next generation of reusable spacecraft and contribute to Europe’s space sustainability goals.
This milestone not only reflects Europe’s commitment to innovation in aerospace materials but also highlights the growing relevance of high-temperature surface engineering—a key area of focus for CoBRAIN and its partners working on sustainable and digitally enabled coating technologies.
ENGINEERING EVERY GRAM: INNOVATION IN FORMULA 1 SURFACE DESIGN
Ferrari, in collaboration with HP Digital Print, recently introduced an advanced lightweight film wrap for the SF-25 Formula 1 car, combining reduced weight with enhanced functionality. The newly engineered wrap was significantly thinner and lighter than conventional solutions, while offering high heat resistance for extreme racing conditions. Designed without PVC and fully recyclable, it also represented a step forward in sustainability, made possible through HP Latex printing technology that seamlessly integrated performance and aesthetics. In Formula 1, where every gram and degree matters, such innovations highlighted how material and surface engineering continue to play a critical role in pushing the limits of speed, durability and efficiency, an approach closely aligned with the vision of the CoBRAIN Project to advance smart coatings, AI-driven material selection and next-generation surface technologies.
ESA’S NEW THERMAL PROTECTION MATERIALS TESTED IN SPACEX LAUNCH!
In a groundbreaking collaboration, the European Space Agency (ESA) has advanced the testing of novel thermal protection materials during a recent SpaceX Starship launch. These materials, developed to withstand the extreme conditions of atmospheric re-entry, were embedded in select areas of the Starship’s surface, where traditional heat shield tiles were intentionally removed.
This experiment aimed to validate how new coatings and structures behave under high thermal stress, mirroring the challenges faced in spacecraft design, high-performance transport systems, and advanced manufacturing—domains directly relevant to CoBRAIN’s vision. By leveraging SpaceX’s flight as an in-orbit laboratory, ESA gained critical data that will guide the next generation of reusable spacecraft and contribute to Europe’s space sustainability goals.
This milestone not only reflects Europe’s commitment to innovation in aerospace materials but also highlights the growing relevance of high-temperature surface engineering—a key area of focus for CoBRAIN and its partners working on sustainable and digitally enabled coating technologies.
