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Physics

M.S. and Ph.D. in Physics

» Department of Physics   » College of Science


  • INTRODUCTION
  • WHAT IT TAKES
  • WHAT PEOPLE DO
  • GET INVOLVED
  • FACULTY
a woman in a physics lab

Whether you want to work toward earning a Master of Science (M.S.) in Physics or a doctorate (Ph.D.), our physics graduate program allows you to focus your studies to suit your interests and to propel you into a successful physics-related career.

The University of Idaho Department of Physics faculty is internationally recognized for its outstanding educational, research and outreach efforts. Our department works collaboratively with many allied departments such as biology, chemistry and computer science by sharing ideas and engaging in sophisticated multi-disciplinary research projects. Our team of professors is unique in that they genuinely enjoy guiding and working with graduate students in research efforts centered on nuclear physics, condensed matter physics, biophysics, atomic physics, and physics education.


With a M.S. or Ph.D. degree in physics, you’ll be prepared to work in prominent research and development departments for high-tech companies or in government labs. Or, with a teaching certificate, you’ll be equipped to secure teaching positions at the high school, junior college or university level (Ph.D. required). Graduates from our program have built careers as astronomers, educators, senior software engineers, health physics specialists, medical physicists and much more.

You’ll also gain invaluable experience through time in the lab, where you will use high-tech instrumentation equipment in the exploration of the many sub areas of physics, such as mechanics, electronics, atomic and nuclear physics, and quantum mechanics. Depending on your research interest area, you will be assigned a faculty member to act as your adviser. This faculty member will help you formulate a study plan designed specifically to meet your goals and to guide you through the program, including the development of your own research initiative.


Our department works closely with neighboring laboratories and universities, including Washington State University, which is eight miles away.


physics lab

Prepare for Success

If you are interested in pursuing a physics-related career in applied research, development, computer science or engineering, or you’d like to teach physics, an advanced degree will put you in high demand. Our most successful students not only posses sharp minds and extensive problem-solving skills, they also thrive in team environments, and they have the ability to effectively communicate and decode complex problems.

Application for admission into our program is open to those with a bachelor's degree in one of the science-related fields, including engineering, computer science, electronics or a similar area. Those who did not major in physics may be required to take some of the advanced undergraduate courses to prepare themselves for the graduate classes.


Your First Year

We continuously review applications for admission to graduate work in the University of Idaho Department of Physics. You can apply directly to our program online through University of Idaho Graduate Admissions.


What You Can Do

With an advanced degree in physics, you may become a:

  • Core technology scientist
  • Electro-optic engineer
  • Applications engineer
  • Manufacturing tools project leader
  • Reactor coolant system engineer
  • Project engineer
  • Senior noise engineer
  • Associate medical physicist
  • Senior scientist
  • Highway designer
  • Teacher, or professor and researcher


Opportunities

With a master's or doctorate in physics you’ll be in demand by today’s top employers, specifically in the areas of research and development. The federal government, software companies, engineering firms and science laboratories are always looking for graduates with the extensive science background that physics offers. They are particularly interested in students who can apply fundamental properties of the natural world in the development and design of new technologies and discoveries.

According to the U.S. Bureau of Labor Statistics, the median annual earnings of physicists was $94,240 in May 2006. Idaho employers  that have recently hired graduates with an advanced physics degree include:

  • Bechtel Corporation
  • BestBuy Corporation
  • Dell Computers
  • Micron Technology


Current Research

Some of the most significant research efforts in the University of Idaho Department of Physics are happening in the areas of:


Activities

Graduate students are encouraged to join one of the many professional organizations (American Physical Society, Materials Research Society), which have highly discounted student membership rates.

Graduate students are required to attend the Department of Physics Colloquia, which organizes a variety of lectures given by visiting researchers and faculty.


Hands-On Experience

Laboratory work and research assistant opportunities with faculty and with local laboratories, agencies and businesses will allow you to apply your knowledge in and outside of the classroom.

An integral part of a graduate student’s education will be performing research alongside our professors. Research is required to receive both the master's with a thesis option and the Ph.D. To receive a master's with a non-thesis option, research is not required, but highly recommended. Many of our faculty employ multiple master's candidates in addition to their Ph.D. candidates.


Facilities

The University of Idaho has extensive research facilities and tools, including:

  • Physical Characterization
  • Electrical Characterization
  • Novel Materials Fabrication/Synthesis
  • Theory/Modeling
  • Machine Shop
  • Observatory
  • Micro- and Nanotechnology Clean Room


Faculty Involvement

Regardless of what emphasis area you choose, you’ll benefit from direct interaction with faculty and instructors who genuinely care about your success. As a graduate student you’ll also have significant opportunities to contribute to important research activities happening on campus. You will be assigned one of our faculty to be your adviser, and because our department is not too big, you are ensured of getting to know many of the faculty quite well before you graduate.



Gwen Barnes
Gwen Barnes
Research Assistant Professor
Gwen studies the physical processes that shape the surfaces of the Moon and Mars.
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Jason Barnes
Jason W. Barnes
Assistant Professor
Specialty: Astronomy/Planetary Science Research Areas: Saturn's moon Titan, Extrasolar planets, orbital dynamics, astrobiology, spacecraft and space exploration
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Ms Bergman
Leah Bergman, Ph.D.
Associate Professor
Research Interests: Optical and phonon dynamics of semiconductors and their nanostructures. Wide-bandgap novel-nanomaterials. UV-photoluminescence and Raman micro-spectroscopy. Optical and structural properties of nanomaterilas under extreme conditions of pressure and temperature.
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Christine Berven
Christine Berven, Ph.D.
Associate Professor
Prof. Berven studies charge and thermal transport in reduced-dimensional submicron-scale devices. These systems are charactierized by finite- and quantum-size effects predominate
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Ruprect Machleidt
Ruprecht Machleidt, Ph.D.
Professor
Theoretical nuclear physics. Specialty: Theory of nuclear forces; meson theory, chiral effective field theory.
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David McIlroy
David N. McIlroy, Ph.D.
Chair and Professor
Research Area: Experimental Condensed Matter Physics
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Jack McIver
John (Jack) McIver, Ph.D.
Professor & Vice President for Research
Specialty: Non-Linear Systems/Laser Physics Dr. Jack McIver was appointed the Vice President for Research and Economic Development at the University of Idaho in 2008 and in this role he oversees, coordinates, and facilitates all U-Idaho research activities, including sponsored and internally funded research, center and institute research, interdisciplinary research programs, and research related to the university's land grant mission.
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Dr. You Qiang
You Qiang, Ph.D.
Associate Professor
My recent research interests mainly include two areas: (1) Nanomagnetism of clusters and cluster-assembled materials for biomedical and environmental applications, and (2) Magneto-optical properties of ZnO based spintronic nanoclusters.
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Francesca Sammarruca
Francesca Sammarruca, Ph.D.
Professor
I am involved with a broad spectrum of studies aimed at improving our knowledge of nuclear matter and its extreme states in terms of density, asymmetry, and temperature. The nuclear matter properties I calculate have relevance for the physics of rare, short-lived nuclei as well as the nuclear physics of compact stars. With the Facility for Rare Isotope Beam (FRIB) recently approved for construction at Michigan State University, theoretical studies of neutron-rich systems, such as those I pursue, become especially important and timely.
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Bernhard Stumpf
Bernhard J. Stumpf, Ph.D.
Associate Professor
Research Interests: Experimental Atomic Physics
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Marty Ytreberg
F. Marty Ytreberg, Ph.D.
Associate Professor
Developing computational methods for proteins and using these approaches to understand the underlying biophysical mechanisms that define protein structure, function and evolution.
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