The mit team developed a hybrid model that blends physics and machine learning to predict plasma behavior during extinguishing in points and reduce the risk of disruptions. The solution, validated on TCV and applicable to projects like SPARC, delivers faster, safer ramp-down trajectories and greater reliability.
The European Space Agency checks the resistance of GNSS to jamming, spoofing and meaconing in real conditions through Jammertest on Andøya. Field tests connect industry, pilots and regulators, and the results accelerate the development of receivers, antennas and algorithms and strengthen the reliability of Galileo and EGNOS services in critical sectors
Graffiti, a framework developed by MIT, enables the rapid creation of personalized social applications with full interoperability and retention of contacts and data. Instead of centralized networks, the content is stored in a decentralized manner, and the moderation and rules are chosen by the users themselves, without losing existing links
Mit engineers introduced palladium membranes with discrete "plugs" in the pores of the load-bearing substrate, which retain selectivity at ~ 1.000 K and simplify H₂ separation without cooling the process. The concept opens compact membrane reactors for SMR and ammonia cracking and reduces the cost of pure hydrogen.
A new geochemical analysis of steranes in ancient rocks suggests that the ancestors of today's demosponges are among the earliest animals. Combining traces from Oman, India and Siberia with modern biochemical data, the researchers deepen the picture of ediacar and the early rise of multicellular life without a solid skeleton
Researchers at mit have developed a revolutionary method that solves a key problem of 3D printing: the discrepancy between the design and the finished product. Their approach embeds the physical limitations of the printer, such as nozzle size and weak layer bonding, directly into the design software, ensuring significantly more reliable and accurate components.