Scientists Create New Mix-And-Match Material Whose Properties Can Be Tuned By Changing Metallic Recipe

Phys.org Science•Published: Oct 9, 2026 11:30 PM IST

Researchers led by the University of Birmingham have developed a new family of highly adaptable metal-organic frameworks (MOFs) that can incorporate up to 16 different metals into a single crystal structure. By altering the proportions of metals within the material, scientists can tune properties such as magnetism, porosity, light absorption, and carbon dioxide uptake. This breakthrough paves the way for programmable porous materials tailored for specific industrial applications without needing to invent entirely new substances.

Multimetal Integration: The research team successfully incorporated up to 16 different metals into the same crystal structure, marking a new record for MOFs.
Periodic Table Span: The resulting material, UoB-116, is the first reported MOF to combine metals from three distinct regions of the periodic table, including d-, p-, and f-blocks.
Tunable Properties: Adjusting the balance of specific metals like dysprosium and lanthanum directly alters functional characteristics such as magnetism and gas absorption.

The Context & Background

Metal-organic frameworks act as custom molecular sponges with high internal porosity, making them heavily researched for gas storage, chemical sensing, and catalysis. Until now, developing materials with tailored characteristics often required designing entirely unique structures from scratch, limiting the speed of material discovery.

Why it matters:This breakthrough allows scientists to program material behaviors by simply adjusting a chemical recipe rather than engineering new structures from scratch. The ability to fine-tune porosity, magnetism, and gas uptake can dramatically accelerate advancements in clean energy, industrial gas capture, and advanced sensing technologies.

Enjoyed this 2-minute breakdown?

Share it with your colleagues and friends!