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Physics aims to comprehend the basic nature of matter, energy, and their interactions. We explore fundamental mechanisms and laws while establishing principles that enable practical applications. These physics principles form the foundation of all physical sciences and significantly impact engineering and biological disciplines. As a constantly advancing field, physics evolves through interdisciplinary connections, with emerging technologies and concepts creating novel research areas. At UMass, active physics subfields include biophysics, condensed matter physics, quantum research, soft-matter studies, particle physics, gravitational research, low-temperature physics, nanoscience, and nuclear physics. Researchers may focus on experimental work or theoretical development, though undergraduates receive training in both approaches despite the traditional distinction between these specializations.
At UMass, we strongly recommend participating in faculty-led research, teaching, and community outreach—an opportunity embraced by most majors. Our faculty conduct cutting-edge experimental or theoretical work while also engaging with schools and the public. With outstanding facilities and federal funding, undergraduates can access research through independent projects, honors programs, or summer positions, providing exceptional professional preparation.