In this “Case Studies in Chemistry” course, students revisit the world about them from the perspective of chemistry, including food, cars, and fabrics.
-
-
The chemistry major and environmental science minor used machine learning to search for compounds that could most efficiently function in solar cells.
-
The astrophysics major simulated galaxy formations to test the efficacy of galaxy merger detection methods.
-
The chemistry major drew from chemical and biological techniques in his thesis research to devise a faster route to a new antibiotic.
-
The biology major and neuroscience minor will be assisting NASA’s BioSentinel mission in the Silicon Valley.
-
The physics major produced theoretical calculations for his thesis to chart possible results of particle collisions.
-
The biology major and environmental studies minor cataloged hundreds of microorganisms present on the surfaces of whales and corals for her thesis research.
-
The chemistry major and environmental studies minor used untargeted chemical analysis to study honeybee health.
-
The Health Studies Program offers this introduction to statistical reasoning and application specifically for students interested in the health professions.
-
A biology course examining issues of human origins and migrations, diversity, and the relationship between different populations and ethnic groups.
-
The club empowers all women interested in science, technology, engineering, and mathematics at Haverford by creating solidarity among them and providing them with a support network.
-
This health studies course explores the biological basis for, discoveries behind, and dissemination of medical advances that profoundly influence the quality of life, including antibiotics, anesthetics, HAART therapy, immunotherapy, stem cells and gene editing.
-
The College’s long-running Mentoring and Student Teaching program, which welcomed its newest class in January, gives Haverford students the opportunity to tutor local secondary school students in science and writing, creating a relaxed environment where learning is a mutual experience.
-
This chemistry course, intended for non-science majors, explores the underlying physical processes that are involved in the production of light and the ways in which its interaction with matter leads to the colors we see in the objects that make up the world around us.
-
This chemistry course aims to understand the chemistry of lead, including as a public health effects of it as a toxin in the water, soil, and paint of our made environment.