Generic selectors
Exact matches only
Search in title
Search in content
Post Type Selectors
Search in pages

Category: Creative Research Medal

Bob Schmitz

Creative Research Medal 2020

Bob Schmitz portrait

Bob Schmitz, associate professor in the Department of Genetics, is studying new ways to create beneficial crop traits. Genetic variation is already exploited for crop improvement, but another kind of variation—epigenetic—has yet to be efficiently implemented. Epigenetic variation in plants occurs naturally and spontaneously, arising not from a change in the DNA sequence but from changes in DNA methylation. Such variation can result in novel and stably inherited phenotypes, as well as unique patterns of gene expression. His lab creates maps of where DNA methylation occurs in certain plants. Schmitz unexpectedly discovered extensive variation in how plant genomes use DNA methylation for a variety of cellular processes, even though they possess the same enzymes that are involved in adding methylation to DNA. Through comparative and experimental approaches, Schmitz and his colleagues are exploring development of technologies to alter DNA methylation for the purposes of inducing variation in gene expression to enhance trait variation.

Natarajan Kannan

Creative Research Medal 2020

Natarajan Kannan portrait

Natarajan Kannan, associate professor in the Department of Biochemistry and Molecular Biology and the Institute of Bioinformatics, employs a multi-disciplinary approach to understand fundamental functions of biomedically important protein families. His pioneering research addresses the evolutionary systems biology of protein kinases, which are enzymes that turn signals on and off in cells—a critical part of cell communication. Protein kinases are involved in a range of diseases from malaria to cancer. Kannan develops computational and experimental approaches to understand how natural sequence variation contributes to functional variation in protein kinases and how non-natural variation contributes to disease. With his interdisciplinary approach combining biochemistry and bioinformatics, he is advancing understanding of the mechanisms of protein kinase regulation and specificity, which are poised to advance ongoing drug development studies in this class of anti-cancer and infectious disease targets.

Puneet Dwivedi

Creative Research Medal 2020

Puneet Dwivedi portrait

Puneet Dwivedi, associate professor of forest sustainability, studies the impact of heirs’ property on sustainable forest management among African American forest landowners in the southern United States. Title to an heir’s property belongs to the deceased person, resulting in a shared but undivided ownership structure. This increases the vulnerability of African American landowners to potential land loss, thus affecting their ancestral ties with the land. A clear land title could facilitate African American forest landowners’ participation in federal and state cost-share programs, helping them grow family income through improved forest management, thereby aiming for land ownership and successful intergenerational land transfer. Dwivedi and his collaborators have built partnerships with state and federal agencies, nonprofit organizations and other universities, including Fort Valley State University. His research has helped African American forest landowners in practicing sustainable forest management in Georgia and beyond.

Joshua Bynum

Creative Research Medal 2020

Josh Bynum portrait with trombone

Joshua Bynum, associate professor of trombone in the Hugh Hodgson School of Music, recently released a pioneering album, “Catalyst,” that features musical compositions inspired by icons from classical music, literature and paintings. “Catalyst” was hailed as “a must-have recording with Bynum’s playing described as having “inspiring energy combined with a warm and lyrical approach” in International Trombone Association Journal, the leading publication in his field, and also earned Bynum praise from the composers. The album also led to an invitation for him to perform as a featured artist at the 2017 International Trombone Festival, the world’s premier gathering of trombonists. Bynum is the first-call substitute trombonist for the Atlanta Symphony Orchestra, performing several concerts each season. He is also a sponsored “artist and clinician” of the Edwards Instrument Company, and is the managing editor and chief contributor for the Pedagogy Corner column of the ITA Journal.

Kelly E. Happe

Kelly HappeCreative Research Medal 2019

Kelly E. Happe, associate professor in the Department of Communication Studies and the Institute for Women’s Studies, blends the insights of rhetorical research and feminist science studies to address genomic science. She makes a strong case that it is improbable for any science involved with race, gender and genomics to avoid re-inscribing problematic historical ideas and social norms. In her groundbreaking 2013 book, The Material Gene: Gender, Race, and Heredity after the Human Genome Project, Happe explores the rhetorical effects of genomics on both medical and lay understandings of disease, gender, race and heredity. One of her primary concerns is the legacy of eugenics in today’s genomic research. Race, she writes, is being recast in subtle ways as deficiency or abnormality by the Human Genome Project and other genomic research efforts. Carrying this critique further, she argues that genomic research treats susceptibility to disease as something one inherits rather than acquires, and therefore genomic research problematizes black bodies.

Mable Fok

Mable Fok outsideCreative Research Medal 2019

Mable Fok, associate professor in the School of Electrical and Computer Engineering, conducts interdisciplinary research that spans system design, hardware implementation and algorithms in an effort to overcome the future crunch in spectral bandwidth. She has identified some of the bandwidth limitations of emerging 5G wireless systems and proposed a combined use of light and artificial neural algorithms to address them. Light can provide the flexibility, bandwidth and speed lacking in existing electronics. Artificial neural algorithms can provide the necessary computer recognition and automation tasks. Turning to nature for inspiration, her research team has employed a light-based device that mimics an algorithm in an electric fish’s jamming avoidance response. The experimental device can autonomously move the frequency of an emitted signal away from other signals, potentially reducing interference. This research could inspire new ways to accommodate increasing numbers of wireless devices and data transmissions competing for space on limited available bandwidth.

Nathan T. Carter

Nathan Carter outsideCreative Research Medal 2019

Nathan T. Carter, associate professor of psychology, is a leading researcher in the fields of industrial-organizational psychology and personality assessment. His work challenges the traditional assumption that higher levels of personality traits—agreeableness, conscientiousness, emotional stability, extraversion and openness—are associated with improved work outcomes such as task performance and broader well-being outcomes such as job and life satisfaction. But with his expertise in measurement theory and statistical analysis, Carter has shown that individuals with extremely high levels of personality traits actually often show fewer positive outcomes at work and other life outcomes than those with more moderate standing. Limitations in standard scoring and analysis practices had obscured accurate associations, resulting in a mixed literature on the topic. In Carter’s current research, he is developing insights that further our understanding of personality and its role in work behavior and other important life outcomes.

Liza Stepanova

Creative Research Medal 2021

Liza Stepanova in front of piano

Liza Stepanova, associate professor of piano in the Hugh Hodgson School of Music, conceived a project in 2017 to respond to anti-immigrant sentiment. After meticulous research including a newly commissioned work, Stepanova gathered works by nine living composers with immigrant backgrounds living and working in the United States. Three years later, the result was her 2020 album E. Pluribus Unum, released on Navona Records, featuring piano works by well-known and established composers plus up-and-coming young artists. As an immigrant herself, she has brought together compositions that address and reflect composers’ origins, immigrant experiences and distinct contributions to American musical life. The album has been praised and reviewed in significant national and international outlets, including all three of the top classical musical journals in the United Kingdom. In this project and others, she reveals a penetrating intellect, a deep sense of purpose, and a commitment to diversity, equity and inclusion.

Previous Award

  • Michael F. Adams Early Career Scholar Award 2019

Amy Rosemond

Portrait of Amy Rosemond by riverCreative Research Medal in Natural Sciences and Engineering 2018

Amy Rosemond, professor of ecology, is known for her groundbreaking studies of the effects of excess nutrients on freshwater ecosystem processes, including those across land-water boundaries. She was one of the first ecologists to predict that increased nutrient loads could have substantial effects on stream ecosystems beyond algal blooms and include effects on detrital pathways. Her experimental studies tested how elevated nutrients altered rates of detrital processing and affected energy flow in southeastern U.S. forested headwater streams. The studies revealed accelerated losses of detritus and profound changes to stream and stream-forest food web interactions. Rosemond’s whole-stream manipulations are unprecedented both spatially and temporally, offering insights that would not have been possible with experiments at smaller scales. Her work has practical applications, having been cited by the Environmental Protection Agency as evidence for the need to control both nitrogen and phosphorus in freshwater ecosystems, and provides insights into whole-ecosystem effects of nutrient pollution.

Maggie Snyder

Portrait of Maggie Snyder with violaCreative Research Medal in the Humanities and Arts 2018

Maggie Snyder, associate professor of viola in the Hugh Hodgson School of Music, is an influential champion of contemporary artistic opportunities for her instrument. She has commissioned five original works for viola from four outstanding composers over the last nine years and further deepened the repertoire through live performance, sharing these works at local, national and international venues. Her three CDs produced since 2013 contain a variety of music for three distinct chamber configurations: viola and harpsichord, viola and piano, and solo viola. These discs feature the works that she has commissioned and premiered, including the most recent, Stunned for solo viola, from Libby Larsen, one of the most celebrated composers of our time. These recordings, well produced and brilliantly performed, provide insight for all listeners, especially students, into the capabilities and possibilities of the viola as a solo and chamber instrument.