The chemistry major and environmental studies minor wrote her thesis on the impact of oil spills on the marine environment.
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Worth nearly half a million dollars, the grant will fund new research, conducted on Haverford and Swarthmore’s campuses, into the physics of dark matter and dark energy.
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The biology major and neuroscience minor works at the Children’s Hospital of Philadelphia as a clinical research assistant in the Division of Neurology.
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The chemistry major wrote his thesis on the chirality, or “handedness,” of molecules, which refers to their planar asymmetry.
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The biology major and neuroscience minor is researching the genetic basis of Autism Spectrum Disorder at the Yale Child Study Center.
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This summer, the biology major will be interning at the Woods Hole Oceanographic Institution, just as her campus mentor did before her.
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The chemistry major with a biochemistry concentration synthesized organic molecules to identify therapeutic treatments for pancreatic cancers.
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The chemistry major with a biochemistry concentration researched the connection between natural products and chemical innovation.
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The chemistry major explored the complexities of bioinorganic chemistry to understand how some bacteria can evade the human immune system.
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The mathematics major and psychology minor wrote his thesis using mathematical biology to examine how different types of cancer cells move throughout the body.
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The Haverford biology major started her full-time job as a genetics researcher for the University of Pennsylvania’s Perelman School of Medicine just two days after graduation.
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The chemistry major with minors in math and computer science completed a thesis focused on predicting protein stability through an interdisciplinary lens.
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The biology major focused on the interactions between parasitic bacteria and their host for her thesis.
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The Assistant Professor of Physics was awarded a $55,000 grant to investigate the microscopic origins of the transition between two types of sedimentary dynamics.
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The Associate Professor of Biology and Environmental Studies and his collaborators at the Smithsonian Institution were awarded $782,932 to uncover how plant life responded to changes in atmospheric carbon dioxide concentration millions of years ago.