Dr. Carson Stringer - Competence As Armor In Computational Neuroscience

https://www.youtube.com/watch?v=QjoJiBv9Jok

Dr. Carson Stringer is a Group Leader at the Janelia Research Campus, specializing in computational algorithms to understand large-scale neural activities. Growing up in Arizona, she was immersed in a STEM environment early on; her mother was an army technician turned math teacher, and her father was an electrical engineer. While she initially dreamed of being an astronaut, her interest shifted toward biology and helping people through science. Her career path took a pivotal turn during her undergraduate studies at the University of Pittsburgh. Although she started in electrical engineering, influential professors like Dr. Jonathan Rubin sparked her passion for nonlinear dynamics, chaos theory, and eventually computational neuroscience.

Scientific Philosophy: Embracing Failure and Data

Dr. Stringer describes a significant evolution in her scientific approach. She began as a theorist creating models of how neurons should work, only to find through experimentation that her theories were often wrong. This pushed her to become more data-driven, allowing the experimental results to guide her work rather than adhering strictly to theoretical frameworks. She views failure as an essential, frequent part of the scientific process. Her strategy is to iterate quickly—designing simple experiments to test ideas immediately rather than spending years on a single complex theory. This "fail fast" approach allows her lab to make discoveries more efficiently.

Leadership Style and Open Science

Leading a small lab allows Dr. Stringer to remain deeply involved in research. Her leadership style is defined by:

• Leading by Example: She works alongside her team on experiments, demonstrating that hard work and failure are shared experiences for everyone, from students to group leaders.

• Open Science: A core principle of her lab is community collaboration. She is passionate about sharing code and data openly, allowing other scientists to analyze her work, find new discoveries, or even prove her wrong.

• Feedback and Encouragement: She emphasizes the importance of learning how to give feedback and keeping the team motivated when experiments stall, often by shifting perspectives on a problem.

Challenges for Women in Science

Dr. Stringer acknowledges that bias persists in the field, noting that men are often still more likely to listen to other men, and that tenure positions remain male-dominated. To navigate this, she emphasizes the importance of confidence. She credits her early confidence in math and physics for helping her succeed in male-dominated spaces.

Advice for Aspiring Scientists

• Find Your Community: She strongly advises students to find study groups and peers. In difficult undergraduate courses, having a supportive group to argue through problems with is crucial for success.

• Seek Mentorship: For students from disadvantaged backgrounds or those lacking resources, finding teachers and mentors who can answer hard questions and build confidence is vital.

• Eat the Frog: On a personal productivity note, Dr. Stringer shares that she is a morning person who tackles her least favorite tasks—like writing—first thing in the day to clear them off her plate.