The quest for dark matter, an elusive particle that constitutes the majority of the universe's matter, has captivated physicists worldwide. Among them is Jessica Fry, a remarkable individual with a unique background and an unwavering passion for both science and the arts.
Fry's journey began in the San Francisco Bay Area, where her early exposure to dance and physics laid the foundation for her extraordinary path. Her high school physics teacher's challenge to work with defunct detectors sparked a fascination with the tangible nature of scientific inquiry, leading her to Stanford University, where she pursued dual majors in physics and theater.
The intersection of her passions became evident during her sophomore year when she faced a choice between a Broadway production and a research opportunity at CERN. Fry's decision to prioritize her education and research revealed a deep understanding of her priorities and a commitment to her scientific pursuits.
Her time in the theater world, however, left an indelible mark. Fry reflected on the impact of external judgments and the challenge of maintaining self-confidence in a field that often relies on others' opinions. This experience shaped her perspective and motivated her return to academia, where she could pursue her love for dance while maintaining her sense of self.
At MIT, Fry found a vibrant scientific community within the Laboratory for Nuclear Science, a place buzzing with energy and innovation. Here, she dedicated herself to unraveling the mysteries of dark matter, a phenomenon that has puzzled astrophysicists for nearly a century.
Fry's work focuses on the theoretical candidate, the axion, an ultralight particle that behaves like a coherent wave, clustering gravitationally around matter. Her experiments, ABRACADABRA and DMRadio, aim to detect the faint, oscillating electric current produced by axions in the presence of a strong magnetic field.
The challenge lies in distinguishing the axion signal from noise, but Fry's determination and the distinctive shape of the axion signal keep her motivated. She works closely with Professor Lindley Winslow, who recognizes in Fry a kindred spirit, someone who has navigated a similar crossroads between passions and made a choice that has shaped their approach to physics.
Fry's dedication extends beyond the lab, as she continues to dance, finding solace and a connection to her body after long days of intellectual pursuit. Her recognition on the Forbes 30 Under 30 Science list is a testament to her achievements, and she remains focused on completing her current projects with the same drive and fearlessness that have characterized her journey.
In her own words, Fry knows that physics brings her happiness and allows her to make a meaningful impact. She navigates her career with clarity and purpose, ensuring that her choices align with her passions and aspirations. With conviction, she believes that dark matter will be discovered in her lifetime, and her contributions to the field will undoubtedly play a significant role in this groundbreaking achievement.
