Postdoctoral research assistant at Tufts University
Greater Boston Area
Postdoctoral research assistant at Tufts University
Greater Boston Area
Scientific research in experimental nuclear and particle physics.
My specialization is neutrino oscillations. I have worked on several important experiments, including:
- The Sudbury Neutrino Observatory (SNO), which discovered that neutrinos change flavour,
- MINOS, which has recently measured the mixing parameters of atmospheric neutrino oscillation to high precision,
- Daya Bay, a proposed experiment for measuring new oscillation modes
- MINERvA, an experiment for measuring neutrino-nuclear cross sections.
My contributions to these experiments include:
- Data analysis and parameter extraction, including blind analysis
- Working group leadership
- Authorship of Monte-Carlo, reconstruction and support software
- Detector calibration
- Hardware support, including instrumentation, electronics, and DAQ software
Experimental physics, elementary particle physics, astroparticle physics, Monte Carlo simulation software, particle detectors, detector calibration, C++ software
(Research industry)
Currently holds this position
(Educational Institution; 1001-5000 employees; Research industry)
February 2001 — July 2005 (4 years 6 months)
Research on the MINOS long-baseline neutrino oscillation experiment.
- Performed ``Time-of-flight'' analysis for neutrinos traveling from the Near to Far MINOS detector sites.
- Appointed ``Calibration Group Coordinator'',
- Authored detector simulation code.
- Implemented MINOS's data blinding scheme
- Authored various pieces of offline software
- Helped to commission detector hardware at all three MINOS
detector sites, including early test beam deployment.
- Responsible for intra- and inter-detector timing systems.
- Responsible for testing photo-multiplier tubes.
(Research industry)
2001 — 2005 (4 years)
(Educational Institution; 1001-5000 employees; Research industry)
September 1994 — February 2001 (6 years 6 months)
Experimental nuclear and particle physics, primarily working on the Sudbury Neutrino Observatory.
Invented, designed, and commissioned the $^8$Li calibration source. This important source was deployed in SNO to test the detector response for energy and pattern recognition.
Pioneered analysis of through-going muons in SNO. Designed reconstruction algorithms and applied them to perform the first analysis of cosmic-ray muons and atmospheric neutrinos in SNO.
Ph. D., Physics, 1996 — 2001
Thesis: "``The 8-Li Calibration Source and Through-Going Muons in the Sudbury Neutrino Observatory''
M.Sc., Physics, 1993 — 1996
Thesis: "The Characterization of the Response of a Silicon Surface Barrier Detector to Electrons''
B.Sc., Physics, 1991 — 1993
-none-, Physics, 1989 — 1991
Canadian Association of Physicists (CAP)
American Physical Association (APS)