| |
Name |
Title |
Institution |
| 1 |
Boi, Steven |
Impact from Beam Induced
Radiation Backgrounds on the Cosmic Ray Veto Detector at the Mu2e Experiment |
University of Virginia |
| 2 |
Bono, Jason |
The Mu2e Tracker |
Rice University |
| 3 |
Chiarello, Gianluigi |
The Full Stereo Drift
Chamber for the MEG II Upgrade |
Universita del Salento / INFN Lecce |
| 4 |
Edmonds, Andrew |
An 8-Straw Prototype Tracker
for Mu2e |
LBNL |
| 5 |
Ehrlich, Ralf |
Cosmic Ray Background in the
Mu2e Cosmic Ray Veto |
University of Virginia |
| 6 |
Fael, Matteo |
NLO Corrections to μ
→ eννγ and μ → eeeνν Decays in the
SM |
University of BERN |
| 7 |
Frank, Martin |
Mu2e Cosmic Ray Veto Test
Beam Results |
University of Virginia |
| 8 |
Glaser, Charles |
PEN: A Precision Analysis in
the pi -> e + nu Branching Ratio |
University of Virginia |
| 9 |
Jenkins, Merrill |
The Mu2e Cosmic Ray Veto |
University of South Alabama |
| 10 |
Kargiantoulakis, Manolis |
Front-End
Electronics for the Mu2e Tracker |
Fermilab |
| 11 |
Le, Trinh |
CLFV from the Perspective of
a Neutrino Mass Model |
University of Virginia |
| 12 |
Oksuzian, Yuri |
Wavelength-Shifting Fiber
Performance for the Mu2e Cosmic Ray Veto |
University of Virginia |
| 13 |
Palladino, Anthony |
Normalization System for the
Mu2e Experiment; The Stopping-Target Monitor |
Boston University |
| 14 |
Quirk, John |
Results and Outlook of the
Aluminum Capture Experiment |
Boston University |
| 15 |
Sarra, Ivano |
New Tests with the New Large
Area SiPMs for the Mu2e Calorimeter |
LNF-INFN |
| 16 |
Shrestha, Shruti |
Electronics for the Cosmic
Ray Veto |
Kansas State University |
| 17 |
Teshima, Natsuko |
Development of High-rate
Tolerant HV-Switching Multi-Wire Proportional Chamber and its Readout
Electronics for DeeMe Experiment |
Osaka City University |
| 18 |
Uzunyan, Sergey |
Radiation Damage Tests of
Silicon Photo-Multipliers (SiPMs) for the Cosmic Ray Veto System of the Mu2e
Experiment |
Northern Illinois University |
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