Kevin Meindl worked on several Buffalo green infrastructure projects while serving in the UB program.
Widely available and inexpensive, the metal could lead to a renewable energy boom.
New gallium oxide device, developed by UB engineers, may advance renewable energy, electric cars and more.
Organic semiconductors are key to stretchable electronics, like Samsung’s foldable phone, UB expert says.
Geologic evidence supports a coastal theory of early settlement.
Sebastian Copeland was named by Men’s Journal as one of the world’s top adventurers of the last 25 years.
International Glaciological Society symposium — with several events open to the public — highlights UB’s growing visibility in climate change research.
Light causes crystal lattice to swell, opening new possibilities for artificial muscles, tiny electronics.
New research shows how paper-cutting can make ultra strong, stretchable electronics.
Researchers will tackle climate change, chemical exposures among schoolchildren and developing more efficient semiconductors.