Teaching staff from eight Spanish universities, coordinated by the Universitat Jaume I in Castelló, have contributed to improving legal certainty in the management of information by public administrations and to reconciling the right to data protection with the duty of transparency and the fight against corruption. They have done so by proposing regulatory improvements after analysing, comparing and identifying legal gaps in the various national and regional regulations governing these matters.

The study of the application of the General Data Protection Regulation (GDPR) in the public sphere has made it possible to identify the challenges faced by administrations in implementing these fundamental rights, to design training initiatives to convey this knowledge to those working within them, and to improve the public service they provide to citizens. In addition, the team has provided regulatory tools to ensure compatibility between guaranteeing access to public information and protecting personal data.

In the opinion of the research team, “by ensuring that data protection is not used as a pretext to restrict transparency, access to information of general interest has been strengthened, enabling society to participate more actively in public affairs”. They also highlight as one of the most significant contributions in the field of data protection “the identification of mechanisms to strengthen the protection of individuals who report corruption”.

The impact of the project “Reconciling the right to data protection with compliance by public authorities with the duty of transparency and the fight against corruption (DATATRANSCO)”, funded by the Ministry of Science, Innovation and Universities, has extended beyond the public administration and legal sectors to others such as technology and artificial intelligence. The research team has incorporated into its analysis and comparison the European Artificial Intelligence Regulation (AI Act), adopted in 2024, which includes requirements regarding transparency and explainability (understanding how an algorithm works).

AI is transforming the way we do research. In a specially invited review, Tohoku University researchers examine how large AI models are revolutionizing catalyst discovery, accelerating the development of clean energy and sustainable technologies.

A research team from multiple institutions including the Ningbo Institute of Materials Technology and Engineering (CAS), Beijing Computational Science Research Center, and Hangzhou Dianzi University has developed a new strategy to design metallic glasses (MGs) that are both kinetically ultra stable and mechanically ductile. The study shows that by engineering specific spatial patterns of oxygen atoms within a zirconium-copper metallic glass, the material can resist structural change at high temperatures (kinetic stability) while retaining the ability to deform plastically without turning brittle. This discovery effectively decouples two properties that were previously thought to be inextricably linked, opening new avenues for creating high-performance amorphous materials.

CAMBRIDGE, Mass., — Insilico Medicine (Insilico Medicine, HKEX: 03696), a clinical-stage biotechnology company powered by generative artificial intelligence (AI), announced that ISM4808, an AI-driven PHD inhibitor for chronic kidney disease (CKD)-related anemia previously out-licensed to TaiGen Biotechnology (TaiGen*-KY, 4157), has achieved its first milestone. Recently, TaiGen has successfully completed the enrollment and dosing of the first subject in the Phase I clinical trial.