The Big Q: Why Does Scientific Curiosity Matter in Today’s World?
One question, three answers—from a Whitman faculty member, student and alum—with illustrations by Art major Melissa Castro ’27
It Helps Us Question Our Prior Beliefs
As a social psychologist, I believe scientific curiosity matters now more than ever because it directly counteracts motivated reasoning and overconfidence in an increasingly polarized world. Although we like to think we seek truth, humans are far more likely to seek confirmation of beliefs that feel familiar and identity-affirming. Scientific curiosity shifts the goal away from defending political identities or prior beliefs toward understanding what is actually true, making belief revision possible. At a collective level, curiosity also improves problem-solving by encouraging perspective-taking and reducing blame-based attributions, capacities essential for addressing the complex social dilemmas we face today.
Faculty | Erika Langley is an Assistant Professor of Psychology at Whitman, where she teaches Intro to Psychology and Social Psychology. Her research interests include the psychological basis and social consequences of humor.
It Helps Us Dig Deeper & Push Boundaries
Science and medicine are moving faster than ever before, driven by ambitious minds who use their curiosity as an asset to push the boundaries of science. However, the greatest value of engaging scientific curiosity lies not in academics or scientific careers, but in navigating today’s complicated world. The basis of scientific curiosity lies in the desire and ability to go past something’s face value and dig deeper, which is a skill that extends into our everyday lives and interactions with peers and media. This practice of approaching the world with inquisitive intentions is especially crucial in a time where confusing and conflicting narratives are all around us.
Student | Catherine Gallo ’27 is a Biochemistry and Health Policy major. She has been heavily involved in Science Outreach at Whitman and is passionate about all aspects of public health, including health care access, health communication and the disproportionate burden of disease in the nation and world.
It Helps Us Make Meaningful Connections
In the age of AI, maintaining scientific curiosity and the ability to synthesize information across multiple different fields of science will be critical. Having reviewed a large number of applications for graduate school recently, it strikes me that AI provides a “hive mind” like answer. It will be critical that students maintain genuine curiosity and passion for answering questions at the frontiers of fields. We have the unique ability to synthesize information based on our variety of lived experiences, and I predict that this is where the next big breakthroughs will occur, at the intersection of fields.
Alum | Laura Sanchez ’07 is a Professor of Chemistry and Biochemistry at the University of California, Santa Cruz. She leads the Sanchez Lab, where her team is dedicated to researching the chemistry by which cells and microbes communicate with one another and with their surroundings.
Have an Idea for a Future Big Q?
Reach out to us at magazine@whitman.edu with the subject line “Big Q.”
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