Undergraduate Research Opportunities
All of our faculty are involved in research, and many offer opportunities for undergraduates to become involved. Students can earn academic credit for their research with PHY 395 or AST 395, or they may be paid for their work. Some current opportunities are listed below as examples. Always feel free to talk to any faculty member whose research seems interesting to you or contact the Director of Undergraduate Studies.
We are doing experiments to characterize new organic semiconductors with possible applications in field-effect-transistors and thermoelectric coolers. Experiments include measurement of the thermal conductivity, infrared properties, and electro-optic measurements of electron mobility.
There are many opportunities in our department during the accademic year, and I sponsor research projects at UK and ORNL during the summer. Projects include: nuclear magnetic resonance (NMR) spin rotators, data acquisition systems (DAQ), field-programmable gate arrays (FPGA), computer simulations (FEA) of specialty magnets, coil design and robot control algorithms, calibration of robotic arm and sensors, machining circuits with robotic arm, integrated circuit magnetometers. I am currently looking for qualified Graduate, Undergraduate and High School research assistants.
My research involves studying supermassive black holes (SMBH) at the center of galaxies. Recent results show that SMBHs can have a profound effect on the growth and evolution of galaxies. My work makes use of observations from telescopes such as the Hubble Space Telescope to determine what triggers the growth of SMBHs in certain galaxies. I also study how growing SMBHs impact the star formation activity of their host galaxies. I have several small and medium sized projects that are well-suited for undergraduate students. Typical projects would involve analyzing data from Hubble and other telescopes to study to structure, star formation histories, and environments of galaxies with growing SMBHs at their centers.
My research involves high-precision experimental tests of Parity and Time-Reversal with Ultracold Neutrons (UCN). The results from these UCN experiments are important for tests of the Standard Model of Particle Physics. We are currently involved in a measurement of Parity Violation in a neutron beta-decay experiment at Los Alamos, and in a search for a Time-Reversal-Symmetry violating neutron electric dipole moment at Oak Ridge. Although these experiments are conducted off-site, we do development work for these experiments here in our lab at UK. I am always interested in working with undergraduate students.Typical projects could include work with magnetic fields and magnetic shielding, computer programming/simulations, and possibly the study of cryogenic techniques involving Helium-3 and Helium-4. I am open to projects during the academic year and/or the summer.
I. Simulation problem
There are many problems in physics that can't be solved analytically, but for which the equations of motion can be used to produce a computer model of the system. The resulting study is halfway between theory and experiment, because there are errors and uncertainties to the data, and the computer usually studies a simplified model. I always have a few such problems that need someone to help write the programs and collect the data. Knowledge of FORTRAN and the UNIX operating system are not required but would be useful.
II. Demonstration physics
This project involves designing and constructing apparatus for use in demonstration lectures or public displays. It requires a variety of skills, such as carpentry or electronics, as well as an understanding of the phenomena involved. They give the student a real opportunity to put physics to work.