At the University of North Texas, engineers and artists are working together to create face shields for faculty and students to use once laboratories on campus start to reopen.

“Our students and faculty follow strict safety protocols in our laboratories, which means they must use safety equipment such as masks, gloves, face shields, etc.,” said Mark McLellan, vice president for research and innovation. “But, as everyone knows, there is a shortage of certain equipment due to COVID-19. Fortunately, we have the tools and the talent to make our...

Three University of North Texas researchers in linguistics, physics and mathematics were awarded more than $1.5 million total in grant money through the National Science Foundation’s Faculty Early Career Development Program.

“While it’s our faculty who won the awards, our students will also benefit from a true hands-on experiential learning experience,” said Mark McLellan, vice president for research and innovation. “Alexis...

In the next 10 years, low-flying traffic over cities in the United States is expected to increase significantly and a University of North Texas-led team of academic and industry experts is working together to ensure safe skies through proper communication and coordination.

“Our team is developing the Resilient Air Space Operations and Services platform which will allow low-flying traffic, both manned and unmanned, to receive data from multiple sources, sense their surroundings and automatically share information about airspace hazards with...

Finding a method for large scale, inexpensive transformation of methane into methanol is like turning lead into gold, according to Tom Cundari, a Regents Professor of chemistry at the University of North Texas. 

Methane is a primary component of natural gas and, like natural gas, must be cooled and pressurized into liquid form to be shipped via pipeline or conveyance. This process is expensive and can be hazardous. But, methane’s molecular structure can be changed into a liquid “cousin”...

From tracking the amount of rain in their backyards to monitoring the water quality in local streams, citizen scientists have collected data for as long as there has been curiosity. And, it turns out, their data can be just as valid as that collected by professionals.

Kelly Albus, a research scientist at the University of North Texas, spent four years as a Ph.D. student sifting through decades of data collected by citizen science groups and comparing it to that collected by professional agencies. The goal of her project was to...

DENTON (UNT), Texas — A new collaboration between LaCore Labs and the ...

Doctors soon will have a new way to determine if a cell is cancerous by measuring its thermal properties, thanks to Tae-Youl Choi, a professor in the University of North Texas’ College of Engineering.

Choi has developed a micropipette sensor technology that will allow for a quicker and more reliable diagnosis of cancerous or precancerous cells. Doctors also should be able to determine the boundary between cancerous and healthy tissue in real time during surgery rather than having to remove tissue...

DENTON (UNT), Texas — The University of North Texas is leading a team with members from around the world to create an international data trust improving the measurement and analysis of open access book usage.

The new data trust, funded through a $1.2 million grant from The Andrew W. Mellon Foundation, will be the first of its kind for scholarly publishing, enabling universities and publishers to share and analyze data on open access works. 

As a pioneer for open access, UNT was the...

Richard Dixon, a Distinguished Research Professor at the University of North Texas’ College of Science, and an international team of scientists have found that Ginkgo biloba trees aren’t programmed to die.

“Ginkgo biloba trees can live for thousands of years,” Dixon said. “And, when they die, it is generally the result of external stressors such as fire, flooding, poor nutrition, disease, parasites, etc. But, if those stressors are removed and perfect conditions existed, Ginkgo biloba could go on forever...

Ifana Mahbub, an assistant professor in the Electrical Engineering Department at the University of North Texas, is using the latest energy-harvesting technology to develop a wireless, wearable fitness tracker that will never need to be charged.

“Reverse electro-wetting takes advantage of motion, any motion. For my fitness tracker, that motion will come from a person moving their arms and legs. But, if you think about it, there is motion all around us,” Mahbub said. “I envision...