Physics

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Research Equipment

NDSU's Materials and Nanotechnology Center is located in the Research and Technology Park. The Center is equipped with two state-of-the-art wet labs, a synthesis lab, optical characterization facilities (optical/NIR fluorescence microscopy, laser-scanning confocal microscopy, and light scattering/reflectometry), and surface characterization facilities (nano-indentation and atomic-force microscopy). There are seven fume hoods in the lab space, as well as a number of synthesis tools, including a Beckman Coulter Optima L-80 XP Ultracentrifuge. We also have access to state-of-the-art chemical synthesis facilities in the Departments of Chemistry and Biochemistry and Coatings and Polymeric Materials, including a Photo Emissions Tech Model SS50AAA Solar Simulator equipped with a Keithley 2400 Series Source meter. NDSU’s Center for Computationally Assisted Science and Technology (CCAST) provides large-scale computing resources to NDSU users.

The Graduate Coordinator or Chair shall assign to each incoming graduate student a temporary adviser, who shall assist in the selection of courses. During the first semester, the student is expected to discuss potential projects for thesis research with faculty members. By the beginning of the second semester, the student must have a permanent research supervisor. By the end of the second semester, the student must have filed a plan of study, selected a thesis topic, and secured two additional faculty members for the Advisory Committee.

Master of Science

Course List

Code	Title	Credits
Physics courses number 601-689 or 700-789		10
Didactic courses numbed 601-689 or 700-789		16
PHYS 790	Graduate Seminar	1
PHYS 798	Master's Thesis	6-10
Total Credits		30

Students are required to attend all seminars and colloquia.

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Accelerated Master of Science

Course List

Code	Title	Credits
PHYS 790	Graduate Seminar	1
Choose from the following:		21
PHYS 611	Optics for Scientists & Engineers
PHYS 611L	Optics for Scientists and Engineers Lab
PHYS 613	Lasers for Scientists and Engineers
PHYS 615	Elements of Photonics
PHYS 662	Thermal and Statistical Physics
PHYS 681	Condensed Matter Physics
PHYS 685	Quantum Mechanics I
PHYS 686	Quantum Mechanics II
PHYS 752	Mathematical Methods in Physics I
PHYS 758	Statistical Physics
PHYS 761	Electromagnetism
PHYS 771	Quantum Physics I
PHYS 781	Solid State Physics
PHYS 798	Master's Thesis	6-8
Total Credits		30

Students must meet all requirements of the Physics bachelor and master programs. For the master’s degree, students must earn at least 30 graduate credits, numbered 601-798, with these conditions: 

• Up to 15 credits from this list may count toward the bachelor program requirements. It is recommended that students take the 600-level of PHYS 462/662, 481/681, 485/685, and 486/686 while fulfilling the requirements for the bachelor’s degree.

• Between 6 and 8 credits are PHYS 798 (Master’s Thesis), with the goal to publish a paper based on the thesis research, although this is not a requirement to graduate.
• At least one credit is PHYS 790 Graduate Seminar.

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Doctoral Degree 

Course List

Code	Title	Credits
Required Courses		16
PHYS 752	Mathematical Methods in Physics I
PHYS 758	Statistical Physics
PHYS 761	Electromagnetism
PHYS 771	Quantum Physics I
PHYS 781	Solid State Physics
PHYS 790	Graduate Seminar
Letter-graded courses number 601-689 or 700-789		27
PHYS 899	Doctoral Dissertation
Total credits		90

Credits used to satisfy the requirements for the M.S. degree may be included in the total.  Students are required to attend all seminars and colloquia.

Comprehensive Examination

By the end of their fourth semester, students:

• submit a report that summarizes their research results so far and details a research plan for the rest of their research work;
• give a talk about their research accomplishments and plans; and
• must pass an oral examination by the Advisory Committee to confirm doctoral candidacy.

Students who pass the comprehensive examination and, at the time of the exam, have completed 30 credits (16 of which are didactic) will earn a master's degree and be eligible to participate in commencement that semester. Students should choose the Ph.D. + master's option from the drop-down menu on the Doctoral Degree Plan of Study and on the Request to Schedule Examination. After students have passed the comprehensive examination, they should complete the Exit Survey and the Degree Application. A link to these items will be emailed to them by the Graduate School.

If the student fails the comprehensive examination, she/he will be given the opportunity to repeat the examination in the next semester (this examination can be repeated only once). Alternatively, the student may elect to work for a master's degree instead.

Students should submit their doctoral thesis for examination at the end of their fourth year

Dissertation Video

Doctoral students are required to submit a three-minute video summarizing their dissertation research for a lay audience. The video should be produced, with guidance from the thesis supervisor, during the final semester of study and presented to the supervisory committee at the final defense.

For the comprehensive and final examinations, students must submit the appropriate forms to the Graduate School.

Warren Christensen, Ph.D.
Iowa State University, 2007
Postdoctoral: University of Maine, 2007-2009
Research Interests: Physics Education Research, Student Content Understanding, Curriculum Development

Yongki Choi, Ph.D.
The City University of New York, 2010
Postdoctoral: University of California Irvine, 2010-2014
Research Interests: Nano-Bio-physics, Nano-electronics, Single-Molecule science

Andrew Croll, Ph.D.
McMaster University, 2009
Postdoctoral: University of Massachusetts, 2008-2010
Research Interests: Polymers, Diblock Copolymers, Thin Films, Pattern Formation, Mechanics

Alan R. Denton, Ph.D. 
Cornell University, 1991
Postdoctoral: University of Guelph, 1991-94; Technical University of Vienna, 1994-95, Research Center Julich, 1996-98
Research Interests: Soft Condensed Matter Theory, Computational Physics

Eric Hobbie, Ph.D.
University of Minnesota, 1990
Research Interests: Nanotechology, Nanoparticles, Polymers, Optics and Rheology

Andrei Kryjevski, Ph.D.
University of Washington, 2004
Research Interests: First-Principles Numerical Techniques for Fermi Systems, Electronic Structure of Nanoparticles

Mila Kryjevskaia, Ph.D., Graduate Coordinator
University of Washington, 2008
Research Interest: Physics Education Research

Sylvio May, Ph.D., Department Chair 
Friedrich-Schiller University, 1996
Postdoctoral: Hebrew University Jerusalem, 1997-98
Research Interests: Physics of Lipid Membranes, Biophysics, Ionic Liquids, Drug delivery

Orven Swenson, Ph.D.
Air Force Institute of Technology, 1982
Research Interests: Laser Materials Processing, Optics Education

Alexander J. Wagner, Ph.D.
University of Oxford, 1997
Postdoctoral: MIT, 1998-2000, Edinburgh, 2000-2002
Research Interests: Computational Soft Matter, Phase Separation, Diffusion, Interfaces Physics

Emeritus

Ghazi Q. Hassoun, Ph.D.
University of Minnesota, 1963
Postdoctoral: University of Michigan, 1963-65
Research Interests: Foundations of Quantum Mechanics

Daniel M Kroll, Ph.D.
University of Chicago, 1973
Research Interests: Theoretical and Computational Modeling of Complex Fluids and Biomembranes

Charles A. Sawicki, Ph.D.
Cornell University, 1975
Postdoctoral; Cornell University, 1975-79
Research Interests: Acoustics, Biophysics, Geophysics

Mahendra K. Sinha, Ph.D.
Pennsylvania State University, 1961
Postdoctoral: National Research Council (Ottawa), 1964-66
Research Interests: Field Emission and Field-Ion Microscopy Adjunct

Adjunct Faculty

Stuart Croll, Ph.D.
University of Leeds, 1974
Research Interests: Weathering Durability, Film Formation, Internal Stresses In Films, Modern Art Conservation, and History of Paint Technology

Khang Hoang, Ph.D.
Michigan State University, 2007
Research Interests: Materials theory, Defect physics, Solid state ionics

Dane Skow, Ph.D.
University of Rochester, 1990
Research Interests: High Energy Physics