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The technology could reduce greenhouse gas emissions associated with the production of food, pharmaceuticals and chemicals. 

Associate professor of chemistry is also the society’s incoming president.

Supported by the NSF and DOE, the work centers on a versatile and cost effective method that could pave the way for new nanomaterials.

Projects range from health care and agriculture to new battery technology and superconductors.

Researchers will co-develop new photovoltaics to boost space propulsion and power systems.

Research team to develop new transistors based on 2D semiconductors and magnetoelectric materials.

Potential applications of the new materials include industrial gas separation, sensing and catalysis.

The move will bolster health, well-being and innovation in Buffalo Niagara and beyond.

Study suggests innovation could improve photovoltaics, display screens, wireless communication devices, medical devices and more.

State-of-the art equipment arrived at the University at Buffalo Center of Excellence in Bioinformatics and Life Sciences (CBLS) last fall.