Researchers have discovered a new method by which a catalyst can be used to selectively burn one molecule in a mixture of hydrocarbons -- compounds made of hydrogen and carbon atoms.

DGIST's Professor Chiyoung Park's team has developed a catalytic technology that effectively removes additives that hinder ...

Session: Poster Session B Abstract title:Combination immunotherapy with an albumin-binding interleukin-12 fusion protein that extends cytokine half-life, targets the tumor microenvironment, and ...

A strange molecular pattern, first mistaken for an error, led researchers to an unexpected discovery: molecules forming ...

Dissolved Organic Matter is a mysterious and still largely unidentified combination of substances that is thought to be ...

A study by researchers at Michigan State University has unearthed a new source of trihydrogen, often referred to as “the ...

D-COFs developed by Tokyo researchers demonstrate low heat of adsorption and high CO2 selectivity, paving the way for ...

With the EPA’s final ruling favoring carbon capture over hydrogen co-firing, hydrogen’s potential further favors industries ...

Bioethanol made from fermented agricultural waste can be turned into zero-carbon hydrogen through a new process that uses ...

A spark of algorithmic alchemy brought together Hopkins alum Taylor Krause and Garrett Josemans, who met and married thanks ...

"With our findings, we can communicate with others who are looking for sources of H 3+ and the molecules that can form it." ...

Researchers at the Karlsruhe Institute of Technology (KIT) have synthesized a Bi5⁻ ring, a molecule with five bismuth atoms, ...