Physics & Astronomy
Matter, energy, measurement, astronomy, astrophysics, cosmology, and quantum foundations.
Academic Division
Move from fundamental principles to instruments, materials, prototypes, and systems that can be tested in the world.
About the division
The division connects physics and astronomy with materials, photonics, electronics, and applied engineering. Students learn the mathematical and experimental foundations of physical systems while building the capacity to design, measure, troubleshoot, and communicate technical work.
Theory and fabrication remain in constant dialogue. A model should lead to a measurement; a prototype should expose assumptions; and an unexpected result should become the beginning of better inquiry rather than something to conceal.
Areas of study
Initial academic organization for curriculum development, faculty recruitment, and student pathways.
Matter, energy, measurement, astronomy, astrophysics, cosmology, and quantum foundations.
Optical materials, spectroscopy, photonics, surfaces, and material characterization.
Circuits, sensors, embedded systems, controls, instrumentation, and electrical technology.
Robotics, automation, fabrication, systems integration, and technical documentation.
Research & impact
Student experience
Develop measurement systems that connect theory to observable signals.
Move through design, prototyping, testing, failure analysis, and revision.
Produce schematics, specifications, calculations, and reproducible test records.
Faculty & expertise
Profiles will be published as appointments and affiliations are confirmed. Division pages are structured now so faculty expertise, courses, research, and student opportunities can grow without redesigning the site.
Next step
Explore physics, engineering, materials, photonics, and electronics.