Undergraduate Study
Applied Physics
From Fundamental Science to Real-World Solutions
The Yale Applied Physics major combines the best of physics and engineering, offering both depth and flexibility. You’ll explore the fundamental principles of physics while gaining hands-on experience in cutting-edge technologies that shape the world, from quantum computing to nanophotonic and quantum material devices.
Why Applied Physics?
Build a strong foundation with core courses like Electromagnetic Waves and Devices (APHY 322), Statistical Thermodynamics (APHY 420), and Quantum Mechanics (APHY 439). Then customize your path with advanced electives and research in areas that excite you, including quantum technologies, materials science, and biophysics.
Join groundbreaking projects as early as your junior year. Work alongside faculty on quantum systems, new materials, optical devices, and more. Opportunities span Yale’s Applied Physics department, Engineering, Physics, Chemistry, and even the Medical School.
Whether your goal is graduate school, careers in industry, or fields like law and medicine, the Applied Physics major opens doors. Our alumni excel in academia, research, government, and technology-driven industries.
The Applied Physics department celebrates outstanding student achievement through two prestigious recognitions.
The Henry Prentiss Becton Senior Prize recognizes exceptional performance among graduating engineering seniors. This distinguished award is presented by the Dean of Engineering.
The Applied Physics Prize celebrates outstanding achievement in independent research by a graduating Applied Physics senior. The award honors students who demonstrate exceptional insight and originality in their work. Recipients are recognized at their residential college's Commencement ceremony.
Engage with Yale’s Research Ecosystem
Yale Applied Physics faculty are leaders in cutting-edge research programs, including:
Quantum Computing and Mesoscopic Physics
Nanophotonics and Optical Systems
Condensed Matter Physics (Quantum Materials)
As a student, you’ll have access to world-class research centers, institutes and programs like:
- The Quantum Materials Science and Engineering (QMSE), funded by the NSF
- The Yale Quantum Institute (YQI), where quantum information science leads the world
- The Energy Sciences Institute (ESI), where energy sciences intercepts with applied physics
- The Yale Institute for Nanoscience and Quantum Engineering (YINQE), where science and engineering intersect with medicine and biology
Get Started
Meet with the Director of Undergraduate Studies (DUS) to plan your courses and research interests, for major selection please contact DUS before the end of sophomore year.
Begin building your foundation with math, physics, and programming courses.
Dive into research early. Two terms of independent research (APHY 471 & 472) are part of the program.
At Yale Applied Physics, you’re not just studying science - you’re shaping its future.
