Xiaomi's MiMo-V2.6-Pro AI model assists researchers in designing novel MOF materials that adsorb PFAS pollutants millions of times better than benchmarks, cutting R&D cycle from one month to 2-3 days through automated literature review, hypothesis generation, and computational simulation.
MOF‑ChemUnity constructs a scalable, extensible knowledge graph that links millions of MOF names and synonyms to over 15,000 crystal structures using LLM‑driven entity matching, enabling accurate, explainable AI‑assisted material discovery, water‑stability prediction, expert recommendation validation, and graph‑enhanced retrieval across diverse applications.
A largely Chinese research team has fabricated a nanoscale liquid‑state chip using metal‑organic framework (MOF) material, demonstrating transistor‑like proton conduction, ion‑selective switching, and short‑term memory effects that mimic neuronal behavior, suggesting a new pathway toward neuromorphic computing despite remaining stability and cost challenges.
The 2025 Nobel Chemistry Prize was awarded to Susumu Kitagawa, Richard Robson and Omar Yaghi for their pioneering development of metal‑organic frameworks, a versatile porous material that can harvest water, capture CO₂, store toxic gases and serve as catalysts or conductive media.
