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University of Chicago, College students
Nikita Nangia
University of Chicago, Class of 2013; B.A. in Physics and Mathematics
Ben Brubaker
University of Chicago, Class of 2011; B.A. in Physics
Data reconstruction
Ben worked on a program which reconstructed the kinematic information of photons produced as a result of a K-Long decay. The program looked for patterns in the energy deposited in different parts of the detector apparatus to determine where and at what incident angle the photon struck the detector. This allowed us to use this information to determine whether these photons really did originate in a rare Kaon decay.
Photon Angle Reconstruction for the KOT0 Experiment at JPARC
Brian Dressner
University of Chicago, Class of 2012; B.A. in Physics and Mathematics
Electronic design
The walls of the cylinder are collecting basic data about the tiny particles that hit them and about the intensity. Therefore, for each bump, we get a curve similar to gaussian, represented by many points. Brian's work treated these and provided parameters of each collision.
Paul Rekemeyer
University of Chicago, Class of 2011; B.A. in Physics
Electronic design and Detector characterization
Paul modeled the interactions caused by the photons. He worked on a program that used the simple data about the photons and then produced more general results. It determined the time resolution of the plastic scintillator. His work was also an upgrade for the calorimeter.
Eugene Lee
University of Chicago, Class of 2014;
University of Chicago Laboratory Schools
Measurement model
Eugene worked on the measurement model that Elizabeth Boulton started. Through a simulation of the experiment, we can assume what our degree of certainty would be.
Ivan TEO (2009),
Method for Measurement of Photon Incident Angle in CsI Calorimeter
Hui BI (2007),
Search for KL -> 3 γ
REU Students
Adrian VALVERDE (2011),
Michigan State University, Class of 2012; B.S. in Physics and Mathematics
Measurement model
Adrian continued research on increasing the acceptance of the KOTO detector. He simulated the effect of electromagnetic showers to determine the impact of self-vetoing events and the possibility of using time of flight differences to identify self-vetoes.
Increasing Acceptance in the KOTO detectorElizabeth BOULTON (2010),
Smith College, Class of 2011; B.A. in Physics
Measurement model
In July 2010, Elizabeth created a program that visualizes the cylinder measuring the rate of the decay K0L &rarr &pi0 &nu &nu . Before, only the ends of the cylinder were supposed to measure how many and how much energy do the neutrinos have. Elizabeth's simulation shows how important it is for the result of the experiment to use the cylinder sides for measuring as well.
Designing a High Acceptance Detector for a CP Violation ExperimentKelsey MORGAN (2007),
Design of a Gaussian Filter for the J-PARC E-14 Collaboration
Sara M. WATERS (2005),
A Study of Signal/Noise Improvement of the CsI Array for the Search of Rare Kaon Decay KL -> π 0 ν ν
Group photo
People who worked on this project in summer 2010.
Upper row: Paul Rekemeyer, Professor Wah, Brian Dressner, Ben Brubaker; lower row: Elizabeth Boulton, Jiasen Ma.
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