Student Research Assistant- Pool

This role will investigate techniques for calibrating and optimizing the sensitivity of cosmic-ray detector facilities based on measurements of radio-frequency signals generated by interactions of cosmic rays with ice molecules.

For the past three decades, the KU particle astrophysics program has pursued the first-ever detection of ultra-high-energy cosmic neutrinos through radio-wave signals produced by neutrino interactions with polar ice. Current active experiments include ARA, ARIANNA, and PUEO in Antarctica, as well as RNO-G and RET in Greenland. KU will also play a key role in the upcoming IceCube-Gen2 experiment at the South Pole.

Our research encompasses all aspects of these experiments, including:
a) design, measurement, and calibration of instrumentation used to detect ultra-high-energy neutrinos;
b) measurement of the radio-frequency transmission properties of cold polar ice;
c) calibration of radio-frequency instrumentation both prior to and following deployment; and
d) direct searches for cosmic rays using radio techniques.

In addition, we participate in astrobiological initiatives that explore correlations between cosmic-ray exposure and organismal metabolism. The hired individual will be expected to contribute to one or more of these efforts.

90%- Research and Instrumentation Development

• Conduct advanced research focused on the design, measurement, and calibration of scientific instruments used in cosmic-ray and neutrino detection.
• Responsibilities include developing experimental setups, analyzing data, troubleshooting equipment, and ensuring precision in calibration processes to optimize detector sensitivity.

5%- Team Collaboration and Meetings

• Attend regular research team meetings to share progress, discuss technical challenges, and contribute to collaborative problem-solving.
• Provide input on experimental design and project planning.

5%- Presentation and Interpretation of Results

• Prepare and deliver presentations of research findings to internal teams and external collaborators.
• Interpret experimental data, draft technical reports, and contribute to publications or conference presentations.

• Completed Introductory College Physics coursework, or equivalent, as indicated on application materials.

• Prior experience coding in C and/or python, familiarity with linux and shell scripting languages, as indicated on application materials.