Monte Carlo Simulations of Proton-Proton Collisions5m
A brief overview of the necessity of the CMS experiment, and the data analysis techniques that are necessary to correctly interpret the results.
Speaker:
Alexandru Bacanu(CERN)
Slides
15:25
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15:30
ISF Simulation project5m
Speaker:
Ryan Badman(Syracuse University)
Slides
15:30
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15:35
Measuring the Top Mass in the Semileptonic Channel5m
Speaker:
Benjamin Burdick
Slides
15:35
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15:40
Multi-turn Extraction: Splitting the PS Beam in Phase Space5m
Speaker:
Christopher Frye
Slides
15:40
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15:45
Searching for and Characterizing the Quark-Gluon Plasma in ALICE5m
Speaker:
John Groh
Slides
15:45
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15:50
Event Reconstruction in the ATLAS Tile Calorimeter5m
Speaker:
Stephanie Hamilton
Slides
15:50
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15:55
Top Reconstruction Techniques in 0-Lepton Direct Stop Searches5m
A brief overview of my project dealing with top quark reconstructions from hadronic (3 jet) decays. I will also discuss the importance of this reconstruction algorithm to my working group, SUSY, and the general public.
Speaker:
Anthony Kremin
Slides
15:55
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16:00
Analysis Flow at the LHC5m
An introduction into the work that I will be doing this summer at CERN explained in parallel with basic steps of carrying out an analysis.
Speaker:
Kristina Krylova
Slides
16:00
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16:05
Razor Analysis of R-Parity Conserving SUSY Decays5m
Speaker:
Ksheerasagar Vijay
Slides
16:05
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16:10
ALICE Physics Selection Quality Assurance5m
The ALICE experiment uses a low level offline physics selection to check that all events passed by the triggers for saving are operating correctly. The code used for quality assurance has been in constant evolution and needs serious restructuring.
Speaker:
Kevin McDermott
Slides
16:10
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16:15
Reconstruction of the Single Top5m
Brief introduction to the motivations behind the CMS experiment, and more specifically, looking at the single top quark, produced primarily through electroweak interactions in the t-channel decay at the energies obtained within the LHC detector.
Speaker:
Kelvin Mei
Slides
Slides (PDF Format)
16:15
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16:20
Studies of Same Sign WW Vector Boson Scattering at the ATLAS Experiment5m
The SM theory is based on gauge symmetries and it predicts that all particles to be massless without EWSB. We need to figure out the source for the EWSB mechanism studying the backgrounds in these case the W+W+ one.
Speaker:
MsDiana Paola Perea Palacios
Slides
16:20
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16:25
Scintillating Fiber Detector for AEgIS Antihydrogen Trap5m
A discussion of the steps in the construction of an annihilation detector, using scintillating fiber, for the AEgIS experiment.
Speaker:
Joseph Redford
Slides
16:25
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16:30
Search for the Standard Model Higgs Boson in the H→WW(∗)→lnulnu decay mode for the ATLAS Experiment5m