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2025 Nobel Prize in Chemistry Honors Pioneers of Metal–Organic Frameworks

The committee cited porous crystalline architectures enabling tailor‑made materials for gas capture, water harvesting, toxic‑gas storage, catalysis.

Overview

  • Susumu Kitagawa, Richard Robson and Omar Yaghi were named the 2025 laureates in Stockholm.
  • The trio developed metal–organic frameworks in which metal ions connect carbon‑based linkers to form crystals with large cavities.
  • The materials are used for storing or separating gases such as carbon dioxide and hydrogen, as well as harvesting water from arid air.
  • Researchers have synthesized tens of thousands of distinct MOFs with properties tuned for specific tasks, including toxic‑gas containment and catalysis.
  • Committee chair Heiner Linke said MOFs offer enormous potential for creating tailor‑made materials with new functions.