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Rex Tayloe |
| Position |
Associate Professor of Physics at
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| Research |
Neutrino oscillations and interactions.
- The IUCF neutrino group.
- Evidence for neutrino oscillations was seen in the
LSND experiment.
- We have tested this result with the
MiniBooNE experiment.
- We are making other important neutrino measurements with the
SciBooNE experiment.
- And building a prototype neutrino detector called
scibath .
- We are in a collaboration to build a solar neutrino experiment
LENS.
- and are looking into a new project called SciNOvA (www site to appear) soon.
- We are still working toward an experiment called
FINeSSE.
- Selected Publications:
- Full list of MiniBooNE publications from MB www site.
- "Global three-parameter model for neutrino oscillations using Lorentz violation",
T. Katori, V. A. Kostelecky, R. Tayloe, Phys.Rev.D74:105009,2006.
SPIRES link
- "A large-volume detector capable of charged-particle tracking", R. Tayloe et al.,
Nucl.Instrum.Meth.A562:198-206,2006.
SPIRES link
- "Tests of Lorentz violation in anti-nu(mu) ---> anti-nu(e) oscillations",
The LSND Collaboration, Phys.Rev.D72:076004,2005.
SPIRES link
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My recent pubs (2005-present) from SPIRES.
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| Teaching |
Current:
Future:
- Fall 2010: P331, Theory of E&M I
Past:
- Fall 2009: P221, Physics I,
ONCOURSE site,
public site
- Spring 2009: P460, Modern Optics,
ONCOURSE site,
public site
- Fall 2008: P222, Physics I,
ONCOURSE site,
public site
- Spring 2008: discussion, P221 (ONCOURSE site)
- Fall 2007: P221, Physics I,
ONCOURSE site,
public site
- Spring 2007: P332, Theory of E&M II
- Fall 2006: P331, Theory of E&M I
- Spring 2006: P332, Theory of E&M II
- Fall 2005: P331, Theory of E&M I
- Spring 2005: P301, Physics III
- Fall 2004: P201, General Physics I
- Spring 2004: P451/P551, Experiments in Modern Physics
- Fall 2003: P451/P551, Experiments in Modern Physics
- Spring 2003: P451, Experiments in Modern Physics
- Spring 2002: P201, General Physics I
- Fall 2001: P202, General Physics II
- Spring 2001: P221, Physics I
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| Service |
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| Contact |
E-mail:
At IUCF:
812-855-3057
Room 113B
Indiana University Cyclotron Facility
2401 Milo Sampson Lane
Bloomington, IN 47408
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At Swain West:
812-856-4320
Room 336
Swain Hall
727 E. Third St.
Bloomington, IN 47405-7105
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