Timothy Atherton

Timothy Atherton is a Professor in the Department of Physics & Astronomy at Tufts University, part of the School of Arts and Sciences. He specializes in Condensed Matter Physics, focusing on soft materials, liquid crystals, and computational physics. His work explores how materials like colloids and emulsions self-organize in complex geometries, with applications in soft robotics and material design. He holds a PhD from the University of Exeter (2007) and an MPhys in Theoretical Physics (2003).

Research Interests: Atherton’s research integrates high-performance computing, experimental collaborations, and theoretical modeling to study soft matter systems. Key areas include jamming phenomena, shape optimization, and the physics of Pickering emulsions. He develops tools like the Morpho cyberinfrastructure for shape-related problems.

Grants & Awards: Recipient of the NSF CAREER Grant (2016–2022) and multiple teaching awards, including the Tufts Recognition of Undergraduate Teaching Excellence (2017) and Multicultural Award (2016). His work bridges computational physics with educational innovation, emphasizing inclusive STEM practices and LGBTQ+ inclusivity in physics.

Teaching: Teaches courses in physics, including Physics 12 (General Physics II), and integrates computational methods into curricula. His teaching philosophy emphasizes student-centered learning and practical problem-solving. Collaborates on projects to improve physics education equity and diversity.

Labs & Teams: Leads the Soft Matter Theory research group at Tufts, affiliated with the Center for Nanoscopic Physics. Collaborates internationally with institutions like the University of New South Wales on topics like emulsion sculpting and material microstructure analysis.