Natural Sciences

College of Arts and Sciences

Natural Sciences

New treatments for Alzheimer’s, more sustainable land management, faster computer networks—major scientific innovations don’t just pop up out of nowhere.

While the public might only notice the end result, scientists know that breakthroughs are the culmination of years of step-by-step work: asking questions; gathering data; trial, failure, and retrial. This is where you’ll learn to research health inheritance, to observe volcanic flow, to theorize about quantum computing, to model molecules and decode DNA. It’s where you’ll create theories about the human mind, cures for the human body, and ways to heal the environment. This is where we work together to create new knowledge daily and make discoveries that will change the world.

Photo above: Marine biology students comb through tidepools for wildlife near the Oregon Institute of Marine Biology in Charleston, Oregon.

Science of Speed

From prosthetic foot design to stress fracture prevention, the Bowerman Sports Science Clinic is the hot spot for health and fitness research. Faculty, grad students, and undergrads work together every day to find the limits of human potential—and then push them just a bit further.

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Athlete running on a treadmill in the Bowerman Sports Science Center

Science of Speed

From prosthetic foot design to stress fracture prevention, the Bowerman Sports Science Clinic is the hot spot for health and fitness research. Faculty, grad students, and undergrads work together every day to find the limits of human potential—and then push them just a bit further.

Learn more about their research    

Boat named Megalopa for the Oregon Institute of Marine Biology floating in water

OIMB Launches New Ship

Thanks to features of the new 48-foot research vessel Megalopa, scientists and students at the Oregon Institute of Marine Biology will access the ocean like never before. From state-of-the-art electronics to a large winch with 5,000 feet of cable, students can collect specimens from the sea floor or observe them from the surface. With a Seakeeper gyroscope to steady the ship, greater stability equals less seasickness.

Learn more about OIMB    

Portrait of Ashley Walker

Ashley Walker

Assistant professor of Human Physiology

In the Aging and Vascular Physiology Laboratory, Ashley is working on some stiff problems—namely, stiffening arteries and how they affect us as we age. Ashley’s research focuses on changes in blood vessels over time and the correlation with diseases like Alzheimer’s, with the ultimate goal of identifying potential new interventions. Thanks to a slew of grants as well as a collaboration with OHSU in Portland, Ashley’s work opens the door for UO students to get involved in medical research too.

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Portrait of Nyantara Arora

Nyantara Arora

Majors: Neuroscience
Hometown: Portland, Oregon

Nayantara lives at the intersection of science and society. She’s designed an interdisciplinary academic career that serves her passion for using research and public health approaches to address social injustices and human rights issues. From her research position in the Aging and Vascular Physiology Lab to her podcast telling the stories of immigrants and refugee youth, Nayantara is finding ways to improve the physical, emotional, and mental health of her community.

 
 

Geri Richmond

Presidential Chair, Professor of Chemistry

National Medal of Science, Linus Pauling Legacy Award, Priestley Medal of the American Chemical Society—you’d be hard-pressed to find a scientist more decorated than Geri working with undergraduates. Because she’s passionate about helping students fall in love with science, she makes time in her busy schedule to lead two programs for undergraduate researchers.

 
Prof. Geri Richmond in a light green sweater and orange safety glasses helping a student in a lab pointing to a computer monitor

Geri Richmond

Presidential Chair, Professor of Chemistry

National Medal of Science, Linus Pauling Legacy Award, Priestley Medal of the American Chemical Society—you’d be hard-pressed to find a scientist more decorated than Geri working with undergraduates. Because she’s passionate about helping students fall in love with science, she makes time in her busy schedule to lead two programs for undergraduate researchers.

Why UO

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