Explore the sophisticated measuring system developed by ICRP that protects us from radiation's harmful effects in medicine, industry, and nuclear energy.
Explore how Data-Driven Reduced-Order Modeling revolutionizes complex system simulation through AI and machine learning techniques.
Explore how on-the-fly data integration is transforming bioinformatics by enabling real-time analysis of biological data from multiple sources.
Exploring the revolutionary TAME framework that challenges our understanding of intelligence across biological scales
Explore MIT's groundbreaking research in brain-inspired AI, neuromorphic computing, and AI-driven scientific discovery platforms that are revolutionizing artificial intelligence.
Explore how single-molecule biophysics reveals the hidden machinery of life through advanced techniques like smFRET, optical tweezers, and super-resolution microscopy.
Discover how revolutionary techniques are revealing water's crucial role in biological processes by capturing hydration shells around proteins and DNA.
Explore how biological systems inspire computational algorithms for AI advancement, from genetic algorithms to swarm intelligence and neural networks.
Discover how artificial astrocytes, inspired by brain cells, are revolutionizing neural networks by improving performance and explainability in AI systems.
Explore how plants maintain protein balance through proteostasis to adapt and survive environmental challenges