Faculty Research Interests
- Barbara Breen — Computational modeling of nonlinear systems, stochastic resonance simulation.
- Robert Cadmus — Optical astronomy, observational studies of semiregular variable stars, stellar spectroscopy and photometry.
- William Case — Fundamental questions of quantum mechanics; electromagnetic theory; linear and non-linear dynamics of simple mechanical systems.
- Charlotte Christensen — Evolution of galaxies over the history of the Universe using high-resolution computer simulations.
- Charles Cunningham — Low temperature physics, solid state physics, magnetic properties of superconductors.
- Charles Duke — Gamma-Ray Astronomy with the Whipple Collaboration.
- Keisuke Hasegawa — Experimental biophysics, bimolecular self-assembly, optical microscopy and spectroscopy.
- Leo Rodriguez — Conformal symmetries and black holes, gravity/CFT correspondence, string theory & quantum gravity, geometry and topology of physics.
- Shanshan Rodriguez — Blackhole thermodynamics, numerical general relativity, space plasma physics, astroinformatics and data mining.
- Paul Tjossem — Experimental atomic and molecular physics, non-linear laser spectroscopy, trace atom and molecule detection.
- Josh Weber — Molecular scattering, biological imaging, atomic magnetometry, physics education.
Tips for Finding Off-Campus Summer Research
The Physics Department maintains a filing cabinet that contains flyers about summer research opportunities that we receive. This is a good place to start when looking for off-campus summer research jobs.
A major source of off-campus summer research opportunities is the set of REU (Research Experiences for Undergraduates) sites funded by the National Science Foundation. These are usually (but not always) major universities or laboratories that have received grants to bring in students from a variety of institutions to work with scientists during the summer. See the list of current REU sites and program information on their site. Participation in REU programs is limited to US citizens and permanent residents.
There are, of course, other opportunities but they tend to be harder to find (unless they are in the filing cabinet), are more likely to be given to students of the institution where the work is being done, and are a bit riskier in terms of the quality of the research experience. The most likely ways to find such positions are to know someone or to make lots of inquiries.
Another mechanism for obtaining a summer research position is through an internship (300). The Career Development Office can provide details on the programs that exist, but most require connections to non-physics interests such as public affairs or entrepreneurship. However, the Physics Department does have limited funds to support internships in physics, astronomy, and engineering that are free from these constraints and are not limited to US citizens and permanent residents. Instructions for applying for these departmental internships can be found on GrinnellShare (login required).
Students need to begin the process of looking for off-campus research opportunities early - preferably before the end of the first semester - because some programs have early deadlines. These web sites may provide useful leads: