Eberly News

In association with the ongoing generosity of the Eberly family, the Eberly College of Arts and Sciences Advisory Board established the Eberly Scholars program in 1988. Each year, up to 25 students majoring in the arts and sciences are designated as Eberly Scholars. They are provided with scholarship support in recognition of their outstanding academic achievement. This award is the Eberly College’s most prestigious scholarship honor for undergraduate students.

Kyle Roberts
Hometown: Morgantown, West Virginia
Major: Environmental Geoscience
Minor(s): Japanese Studies

2020-2021 Eberly Scholars: Kyle Roberts

Meet environmental geoscience student Kyle Roberts.

Riley Imlay

Three WVU alumni awarded Fulbright Scholarships

Three WVU alumni will teach English abroad next year after being awarded the prestigious Fulbright Scholarship, allowing them to develop cross-cultural competency, as well as skills to further their career goals.

Scientists have long debated the respiratory workings of sea scorpions, but a new discovery by a West Virginia University geologist concludes that these largely aquatic extinct arthropods breathed air on land. 

James Lamsdell dug into the curious case of a 340 million-year-old sea scorpion, or eurypterid, originally from France that had been preserved at a Glasgow, Scotland museum for the last 30 years. 

An assistant professor of geology in the Eberly College of Arts and Sciences, Lamsdell had read about the “strange specimen” 25 years ago while conducting his doctoral studies. Existing research suggested it would occasionally go on land.

Coming up for air

Scientists have long debated the respiratory workings of sea scorpions, but a new discovery by a WVU geologist concludes that these largely aquatic extinct arthropods breathed air on land.

Pesky, yet dangerous ticks are no longer latching exclusively onto hunters and outdoor enthusiasts. Milder winters and disrupted habitats have driven them out of the woods, with Lyme disease cases in the United States tripling since the late 1990s. 

Now researchers at West Virginia University are working toward a vaccine that prevents humans from contracting the tick-borne illness that afflicts more than 300,000 Americans a year.

Ticked off

Pesky, yet dangerous ticks are no longer latching exclusively onto hunters and outdoor enthusiasts. Milder winters and disrupted habitats have driven them out of the woods, with Lyme disease cases in the United States tripling since the late 1990s. Now researchers at WVU are working toward a vaccine that prevents humans from contracting the tick-borne illness that afflicts more than 300,000 Americans a year.

Katherine Johnson

Katherine Johnson scholarship aids African American students pursuing math, science degrees at WVU

A new scholarship created as a tribute to NASA pioneer Katherine Johnson will benefit African American students studying math or science within West Virginia University’s Eberly College of Arts and Sciences.

Thirteen first-year college students, including four enrolled in the Eberly College of Arts and Sciences, connected with West Virginia University in July for a virtual summer camp to get a head start on their college experiences.

The students are part of the First2 STEM Success Network, an INCLUDES Alliance and statewide collaboration supported by the National Science Foundation. The WVU Center for Excellence in STEM Education is one of the five lead organizations in the alliance and WVU was one of nine research immersion host sites this summer. The alliance is working to improve the college enrollment and retention rates of rural, first-generation and other underrepresented undergraduate STEM students from around the state, specifically during their first two years of college, a critical time when many students drop out.

Experience, guidance and community

Thirteen first-year college students, including four enrolled in the Eberly College of Arts and Sciences, connected with WVU in July for a virtual summer camp to get a head start on their college experiences.

Patrice Harris

Justice appoints Patrice Harris, reappoints two others to WVU Board of Governors

A three-time West Virginia University graduate who has completed her term as the first African-American woman president of the American Medical Association will join the WVU Board of Governors.

Just as nerve cells don’t work in isolation when we think, speak or move, scientists don’t work alone when they study the nervous system.

A new center at West Virginia University—the Center for Foundational Neuroscience Research and Education—will help researchers from different departments collaborate in a similar way. By teaming up, the researchers will use their unique skillsets and backgrounds to make neuroscience discoveries that might take much longer otherwise.

New center for neuroscience research brings together faculty, students across WVU

Just as nerve cells don’t work in isolation when we think, speak or move, scientists don’t work alone when they study the nervous system. WVU's new Center for Foundational Neuroscience Research and Education will help researchers from different departments collaborate in a similar way. By teaming up, the researchers will use their unique skillsets and backgrounds to make neuroscience discoveries that might take much longer otherwise.

Like many college students, Jada Taylor was unsure about which major would the best fit for her – until she found philosophy. 

Along the way, pursuing a philosophy degree has not only prepared her for her future career but helped her make important life decisions, such as choosing to become vegan and low waste.

From classroom to kitchen: Philosophy student launches reading group on veganism

With the support of several philosophy faculty, junior Jada Taylor has launched a virtual reading group with philosophy faculty exploring the ethics of veganism.

A West Virginia University physicist has created an exact mathematical formula to explain the gravitational wave signals that have been observed from colliding black holes, which serve as a key validation of Albert Einstein’s Theory of General Relativity.  

While scientists usually interpret the signals from gravitational waves by comparing them to computer simulations, in 2019, Sean McWilliams offered a more accurate and efficient method for the calculations and interpretations.

Uncovering the invisible universe

Physicist Sean McWilliams has created an exact mathematical formula to explain the gravitational wave signals that have been observed from colliding black holes, which serve as a key validation of Albert Einstein’s Theory of General Relativity.