The bachelor of science degree combines a strong mathematics foundation with an intense
physics curriculum comparable to that of PhD-granting physics programs nationwide.In contrast to many other physics programs, our innovative approach emphasizes undergraduate
research and hands-on experiences as well as computing skills.
The physics program is front-loaded with math while progressing through the basic
physics sequence preparatory for upper level work.You can鈥檛 major in physics if you don鈥檛 speak math!The math overlap is significant enough that all physics majors receive a minor in
math, and most are able to upgrade the math minor to a major.
Your coursework will include lecture courses in the active learning style where, in
addition to your noggin, you will apply the mathematics and computing training that
you receive in the co-requisite requirements. It also includes a sequence of five
physics lab courses encompassing electronics, optics, programming, measurement best
practices and data analysis.Your capstone project will give you the chance to show off your hard-earned skills!
You will enjoy the many benefits of a small student-to-faculty ratio, such as student-centered
instruction, close mentoring by faculty, and exceptional attention to individual needs
and interests. Most students have realistic opportunities for employment as tutors,
lab assistants, teaching assistants and research assistants.
Tracks
You can complete the bachelor of science on one of three tracks: to a PhD in physics,
to a PhD in astronomy or to gainful professional employment. Whichever track you pick,
you will share as much as 80% of the curriculum with your peers. You will receive
expert mentoring from the physics faculty to help you decide your post-graduation
plans.
Breadth Track: For candidates planning to pursue graduate degrees in physics or engineering. Includes
coursework introductory to condensed matter, particle physics and gravitational physics
Astronomy Track: For candidates planning to pursue a PhD in astrophysics. Includes coursework in stars,
galaxies, instrumentation, gravitation, or planetary science
Professional Track: For candidates intending to enter the workforce immediately after graduation. Includes
business coursework in law, management and entrepreneurship.
Research
Your capstone paper will give you the chance to describe and explain your contribution
to a research program. There are abundant opportunities to participate in the ongoing research programs of the physics faculty, who will
be eager to recruit your help. Your initial exposure to a research program will happen
alongside your regular coursework, and you can get started at any time. After your
initial training, you will be eligible for a paid research assistantship.
The Bachelor of Science in Physics builds a solid foundation in the core areas of
physics and extends the breadth of knowledge into areas that typically require graduate
specialization. Intense hands-on laboratories and plentiful research opportunities
enhance the learning experience, training students in transferable science skills.
As you progress, you will have the opportunity to join projects that span particle
physics, atomic, molecular, and optical physics and materials science.
In the Corcovilos lab, you can study interactions between light and matter, using measurement techniques
such as infrared and ultraviolet spectroscopy of atoms and molecules and laser cooling.
You'll learn hands-on skills like designing and building your own optical systems
and electrons and perform optics experiments at international research facilities.
You'll develop state-of-the-art data analysis and statistical techniques using modern
programming languages like Python and Julia and apply these techniques to problems
in molecular physics, optics design, and environmental sensing.
In theSorescu lab, you can work on synthesizing and characterizing dysprosium oxide and galliumoxide鈥揾ematite nanostructures produced through mechanical ball milling. Using techniques
such as M枚ssbauer spectroscopy, X-ray diffraction, magnetic measurements, and optical
spectroscopy, you may help study how processing conditions influence phase formation,
magnetic ordering, and semiconducting behavior. These materials show tunable magnetic
transitions and band gaps, making them promising for applications in spintronics,
catalysis, sensing, and next-generation electronic materials.
In the Benmokhtar lab, you will participate in international collaborations and be exposed to particle
physics experimental setups in the US or abroad. You will learn about detector components
and instrumentation and how large-scale physics experiments are designed and operated. You
will conduct real experimental physics research, combine theory, large datasets analysis,
and hands-on experience while also develop strong communication and professional skills
needed for careers in physics. Students help investigate how quarks and gluons are distributed inside nucleons and
test directly the theory of quantum chromodynamics (QCD), the fundamental theory of
strong interactions, and allows you to engage with questions about how the visible
mass of the universe emerges from quark-gluon-level dynamics.
My physics courses at 91制片厂 have given me the confidence to know that I am
more capable than I think, which has helped me feel well-prepared for research opportunities
and allowed me to approach them with a positive attitude, even if it involves something
unfamiliar.
After touring the department, I quickly met so many students who were incredibly
welcoming, along with faculty members who are skilled professors and researchers.
I truly think the 91制片厂 physics department is a hidden gem, and I am so thankful
for all they have done for me.
Jacob DulyaBS Physics, Minors in Computer Science and Mathematics '25Commit
鈥淢y time at 91制片厂 prepared me for teaching responsibilities, classes, and
the research phase of the PhD. I was able to get the tools and connections I needed
to succeed in a further academic portion of my career.鈥�
Robert BeharyBS Physics '20, Physics PhD candidate at College of William and MaryEnroll
Prepared For Anything
The Student Experience
At 91制片厂, we believe in the power of experiential learning and offer
internship opportunities that allow you to gain valuable industry experience and expand
your professional network. By immersing yourself in practical settings, you will bridge
the gap between theory and practice, enhancing your physics skills and preparing for
a successful career in the field.
After 91制片厂
A major in physics opens the door to a multitude of careers, including employment
in industry, technology, and finance, as well as graduate programs in physics, medical
physics, engineering, medicine, law, international relations and education. Most of
our bachelor of science recipients are gainfully employed in STEM jobs or attending
a graduate program of their choice by one year after graduation.
Typical Course Sequence
An initial research experience is recommended before the second summer break. Career
mentoring is scheduled in the second semester of Year 3. Students planning to attend
a PhD program after graduation would be submitting applications in the first semester
of Year 4.
CHEM 121 + 121L Chemistry I+ lab (may take in Fall) (5 cr)
Programming (3) COSC 160/170 Java/Python,DTSC 110 Data Science or ENGR 110 Matlab
MATH 116 Calculus II (4 cr)
Fall Semester (17 credits)
PHYS 302 Optics (3 cr)
PHYS 312 Optics Lab (1 cr)
MATH 310 Linear Algebra (3 cr)
PHYS 332 Electronics
MATH 215 Calculus III (4 cr)
BRDG 105 Intro to Ethical Reasoning (3 cr)
Spring Semester (15 credits)
Experiential Learning (PHYS 340 UG research recommended) (1 cr)
MATH 314 Differential Equations (3 cr)
PHYS 374 Modern Physics (3 cr)
CHEM 122 + 122L Chemistry II + lab (3 cr)
PHYS 350 Math Methods in Physics (3 cr)
Fall Semester (16 credits)
PHYS 461 Mechanics (4 cr)
PHYS 470 Electricity and Magnetism I (3 cr)
Bridges course - Cultural Fluency (3 cr)
Bridges course - Social & Historical Reasoning (3 cr)
MATH 301 Prob & Stats or General Elective (3 cr)
Spring Semester (15 credits)
PHYS 105 Career Seminar (1 cr)
PHYS 473 Electrodynamics (3 cr)
Physics Elective (3 cr)
PHYS 464 Advanced Lab (2 cr)
BRDG 102 Writing and Literature (3 cr)
General Elective or MATH 308 Numerical Analysis (3 cr)
Fall Semester (16 credits)
PHYS 474 Quantum Mechanics (3 cr)
PHYS 401 Thermal Physics (4 cr)
Bridges course - Ethical Reasoning (3 cr)
Communication Requirement - Scientific Writing or Technical Communication (3 cr)
General Elective (Theology/Philosophy as needed) (3 cr)
Spring Semester (14 credits)
PHYS 499W Senior Research (capstone) (2 cr)
Physics Elective (3 cr)
Physics Elective (3 cr)
General Elective (3 cr)
Bridges course - Critical Thinking (3 cr)
PHYS 404 Solid State Physics (3)
PHYS 405 Gravitational Astrophysics (3)
PHYS 475 Adv. Quantum Mechanics (3)
PHYS 482W Particle Physics (3)
PHYS 485 Relativity (3)
PHYS 491 Introductory Materials Science I (3)
PHYS 502 Adv Optical Theory and Devices (3)
Learning Outcomes
At the successful conclusion of the bachelor of science program, students will
use fundamental physics laws and methods to solve problems.
communicate effectively.
function effectively on a team whose members establish goals, plan tasks, and meet
objectives.
develop and conduct appropriate experimentation.
apply technical software and coding methods to physics problems.
Accreditation
MSCHE is 91制片厂鈥檚 institutional accreditor, recognized by the U.S. Department
of Education for ensuring the highest standards of academic quality and integrity.
This accreditation assures students that their learning experience meets nationally
recognized standards of excellence, supports continuous improvement, and strengthens
the value of their 91制片厂 degree both nationally and globally.
