REU Program

Research Experience for Undergraduates (REU) is a program funded by the US National Science Foundation (NSF) which allows undergraduate students to experience on-going research during the summer of the year for which they apply.

Our lab usually takes on 2 students per year for the summer, during which time they participate in various experiments and lab activities. By visiting the Nevis Labs REU program page you can see information on applying, as well as a list of the groups available for students to work in as part of the program.

On the right you can also find a non-exhaustive list of example topics past REU students have engaged in. For a full accounting of past REU projects (including the students’ reports), visit the Nevis REU page and follow the links for the respective years.

Impurity Measurements of O₂ in a Dual-Phase Xenon System (2023)
Machine Learning Based Analysis of XENON1T Data (2018)
Measurement of PTFE Outgassing for the XENON Experiment (2018)
Cleaning Electronegative Contamination from Gaseous Xenon Through Cryogenic Pumping (2015)
Single Atom Trap Trace Analysis (ATTA) for Krypton Concentration in Xenon (2014)
Radio Frequency Discharge Source for Efficient Production of Metastable Krypton (2013)
GEANT4 Simulation of Light Collection Efficiency for the XENON1T Demonstrator (2012)
Measuring Reflective Properties of PTFE for Applications in Liquid Xenon Detectors (2010)
Double Peak Detection in XY Through Neural Networks for XENON10 (2007)
Testing Hamamatsu Avalanche Photodiodes (APDs) (2007)
Refining the XENON10 Simulation with Activated Xenon Data (2007)
Computer Analysis of Simulated Cesium-137 Radiation in the Xenon Detector (2006)
Testing the Purity Monitor for the XENON Dark Matter Search (2006)
Electric Field and Proportional Light Simulation in the Gas Phase of the XENON Experiment (2003)
REU Students of the Aprile Group: