October 07, 2021

Hampden-Sydney recently wrapped up its summer research program with the largest-ever group of researchers covering an array of disciplines from biology and chemistry to theatre and philosophy.

Student sitting at a computer doing researchHampden-Sydney wrapped up its summer research program on Tuesday, August 31, with a series of oral and poster presentations from participating students. This year’s group of 42 scholars was the largest-ever group of summer researchers, and they covered an array of disciplines from biology and chemistry to theatre and philosophy.

Working with Director of Undergraduate Research Mike Wolyniak, aspiring dentist Jacob Siler ’23 explored how lifestyle factors impact one’s risk of periodontal disease. “Doing research at Hampden-Sydney College this summer was an amazing opportunity,” Jacob says. “Dr. Wolyniak was a great resource as he gave me the autonomy to run the experiment. This ownership greatly expanded what I was able to learn.”

For his project, Cooper Boyles ’23 was inspired by the work of the late Emeritus English Professor Hassell Simpson in his book Hampden-Sydney Stage: Theater at the College, 1786-2002. Cooper’s project—titled “ Tigers in the TheatreUpdating Professor Simpson’s Hampden-Sydney Stage”built upon Simpson’s work of archiving theatre at H-SC. “As a history and theatre major, the work combined both of my paths of interest,” Cooper says. “It’s work that deserves to be continued and updated.”

Independent research is vital to the undergraduate student experience. Given the real-world experience it provides as well as the opportunity for students to dive deeper into their chosen fields, student research helps to form well-rounded scholars. Hampden-Sydney is thrilled to see so many of its students taking advantage of research opportunities during their time on the Hill. 

Doing research at Hampden-Sydney College this summer was an amazing opportunity. Dr. Wolyniak was a great resource as he gave me the autonomy to run the experiment. This ownership greatly expanded what I was able to learn.

Jacob Siler ’23

Full list of the 2021 summer research projects:

Gloved hands piping liquid into a vial in the research labCooper Boyles ’23Tigers in the TheatreUpdating Professor Simpson’s Hampden-Sydney Stage 

Zachary Mace ’23- A Production of Disruption: An Analysis of Shakespeare’s  Twelfth Night on the Stage

Ryan Scott ’23- To Uproot or Plant: Christianity’s Relationship to Judaism in the Proto-Orthodox Church

Lucio Chavez ’22-The Ideal Political Candidate from the Leadership Perspective

Alexander Kehoe ’24- Analysis of a Blockchain-Based KYC System and its Implications for Economic Development

Daniel Nivens ’24-Constitutional Interpretation Through The Ages: A Three-Period Model For the Development of Constitutional Interpretation

Patrick Strite ’24-The Effectiveness of Temporary Assistance for Needy Families at Reducing Non-Marital Pregnancies in Rust Belt Cities

Leland Cobb ’23-Exploring The Genetic Basis of Regeneration in the Brown Planaria Species  Dugasta dortocephala

Taylor McGee ’24-Designing a Better Beer through Yeast Genetics

Daniel Marsden ’23-Nuna Nalluyuituq: The Land Remembers

Michael Van Citters ’22-The Master Argument: Berkeley on Mind-Independent Extension

Jake Beavers ’23-The Effect of Urban Development on Biodiversity

Nathan Cabrera ’23- In situ Electrochemical Generation of Hydroquinone Radicals for Electron Spin Resonance Spectroscopic Studies

Jalynn Camp ’22-Self-Concept in Foster Children

Henry Carman ’23-Surveying Turtles in Hampden-Sydney Ponds for Ranavirus

Eliot Chandler ’22-Redesigning Wind Tunnel for Lift and Drag Measurements on Airfoils

Sully Cheyne ’23-Increasing Sound Absorption Coefficient in Concrete

Connor Eickelman ’23-A Study of Phenoxyl Radicals from Bisphenol-A Analogues Using Electron Spin Resonance Spectroscopy

Jackson Eisele ’23-Studying Moral Violations at the Workplace

Martin Eschman ’24-Studying the Effects of Power on Moral Thinking

Joshua Fentress ’23-Investigating Food Plant Growth Under Martian and Lunar Conditions: Testing Extraterrestrial Soil and Light Conditions on Plant Viability

Trey Grimes ’23-Synthesis of the Transmembrane Domain of the Spike Protein from SARS-CoV-2 and Determination of its Oligomerization State

Tyler Hobart ’23-Synthesis of the Transmembrane Domain of the Accessory Protein ORF7a of SARS-CoV-2 Using Solid Phase Peptide Synthesis and Analyzing the Oligomerization State

Mark Hurst ’24-Timbre and the Physchophysical Relationship of Sound

Josiah King ’23-Characterization of the ACE2 protein/SARS-CoV-2 spike protein interaction in the nasal passageway

Tobias Konieczka ’22-The Isolation and Characterization of Novel Bacteriophages

Paul Mahaff 22-Creation of Two Survey Networks at Hampden-Sydney College to Survey Snakes for Ranavirus

Coleman Meadows ’22-Differences in Prejudices Regarding Gay Youth and Adults

Izac Mercer-Olatunji ’23-Exploring Growth Conditions for the Fly Agaric Mushroom  Amanita muscaria

Daniel Pearce’22-A Virtual Exploration of Glycosylated Peptidyl Boronic Acids as Effective Inhibitors of  Hinfluenzae IgA1-P

Andrew Rehak ’23-Synthesis and Application of Naphthaldehyde-Derived, FRET-Based Probes for the Detection of Heavy Transition Metal Ions in Aqueous Environments

Brett Reis ’23-Synthesis of the Transmembrane Domain of the Accessory Protein ORF7b of SARS-CoV-2 Using Solid Phase Peptide Techniques and Analyzing the Oligomerization State

Ben Rose’23-Use of the TRAF function in Electron Spin Resonance Signal Processing

Heath Rozier ’22-Exploring the Relationships between Identity, Self-Esteem, and Social Class

Jacob Siler’23-The Impact of Lifestyle Factors on Periodontal Disease

Aidan Sloan ’22-Adhesion of V. Cholerae to Intestinal epithelium and chitin using a common nonspecific adhesion molecule

Andrew Smith’22-The Role of Key Telomere-Associated Genes on Replicative Lifespans in the Budding Yeast  Saccharomyces cerevisiae

Daniel Smith ’22-Synthesis of a Copper(II) Quenching FRET ligand

Becton Topping’24-Digitization and Analysis of novel 4,4-bis(trifluoromethyl)biphenyl spectra

John Torian’23 Making GONG Solar Data Accessible via Afterglow

Jeb Wall ’22-Bioinformatic Analysis of FOXC2-correlated Genes in Melanoma Reveals a Role for the FOXC2 Transcription Factor in Several Oncogenic Pathways

Aron Weldai ’24-Site-Directed Spin Labeling of Oligomerization Sites of a Synthetic Transmembrane domain

Student Research at H-SC

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