Metal organic frameworks turn greenhouse gas into ‘gold’

Chemistry and Chemical Biology

By | Kate Blackwood , Cornell Chronicle

10/11/2023

More News from A&S

showing hands of several people in a line, each holding a phone — Camilo Jimenez/Unsplash

Rand, Pennycook awarded for broad study of misinformation

Faculty honors 6/10/2026

Three musicians play on a stage with a wood piano — Simon Wheeler for Cornell University CMC faculty concert

Historical keyboard academy offers public events June 23-27

Music 6/8/2026

View of Rome's Colosseum and surrounding buildings — Kristian Hjuler/Unsplash Rome Colosseum

Cornell classicist: White House UFC event mirrors Imperial Rome’s spectacles

Classics 6/8/2026

People looking at posters along a corridor — Credit: Savan DeSouza/Cornell University

From Spoonies to sperm cells, genomics connects Cornell research

Molecular biology and genetics 6/5/2026

Cornell Chronicle

View all news

Grey city buildings look very small compared to billowing steel- and linen-colored clouds filling the sky above — Vlad Tchompalov/Unsplash Gas Works Park, Settle

Provided Light-sensitive molecules arranged in metal-organic frameworks (MOF) glow different colors under UV light, showing energy diffusion differences.

Climate research

Color coding aids evaluation of new solar tech materials

2/22/2023 Cornell Chronicle

Collab Media/Unsplash Milner's project aims to use renewable electricity to achieve low-cost capture of methane from various streams, including landfills.

Chemistry and Chemical Biology

Milner wins Scialog award to advance methane mitigation

2/14/2023 A&S Communications

Related department or program

Chemistry and Chemical Biology

Related people

Phillip Milner

Associate Professor

Chemistry and Chemical Biology