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In 2025, the debate on new technologies stopped revolving around "trend lists" and shifted to something far more uncomfortable: how to integrate, govern, and scale innovations that are already reshaping entire sectors. Generative artificial intelligence, advanced biotechnologies, new materials, quantum technologies, and robotics are no longer distant promises but components that are starting to fit together - or collide - in the daily practice of industry, healthcare, energy, and infrastructure.
Universiad de Oviedo (Spain), BOSCH (Spain)
Universidad Autónoma del Estado de Morelos y CENIDET (México)
Universidad Autónoma de Aguascalientes (Mexico)
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The combination of self-healing materials and IoT sensors is set to transform maintenance of bridges, pipelines, and marine structures, shifting from reactive repairs to predictive strategies based on real-time data.
MIT Technology Review has published its annual “10 Breakthrough Technologies 2026” list, featuring innovations from energy and biotechnology to artificial intelligence and space, set to reshape how we produce energy, design AI systems, and envision future medicine.
A team led by Caltech and USC has developed microscale robots in the form of protein microbubbles capable of autonomously navigating toward tumors, being visualized by ultrasound, and releasing drugs with high precision, opening a promising path for biomedical engineering applied to oncology.
A team at the University of Amsterdam has managed to 3D-print an 8-centimeter Christmas tree made entirely of pure ice, using no freezers or cryogenic gases—only water and a vacuum chamber.
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