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7th RTN Workshop
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Europe/Zurich
T1, VRVS: Mars (IPNP, Charles University, Prague)
T1, VRVS: Mars
IPNP, Charles University, Prague
V. Holesovickach 2
CZ180 00 Praha 8
Czech Republic
Description
7th RTN Workshop on "The 3rd Generation as a Probe for New Physics"
Participants
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09:00
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09:30
Opening
VRVS: MARS
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09:00
Registration 15m
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09:15
Opening 15mSpeaker: Prof. Michal Suk (Charles University)
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09:00
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09:30
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10:30
B physics
- 09:30
- 10:00
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10:30
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11:00
Coffee break 30m
- 11:00 → 12:15
- 12:15 → 12:30
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12:30
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14:00
Lunch break 1h 30m
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14:00
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15:25
QCD 2
- 14:00
- 14:45
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15:05
Particle Physics Grid deployment and computing in the Czech Republic 20mAs an extension of the national Grid project METACentrum, run by CESNET, two Grid farms are to large extent dedicated to the particle physics applicatio ns. We will describe the hardware installed on both farms, how the farms are connected into the large Grid infrastructure (Grid projects LCG and EGEE) and provide an overview how the computing facility is shared between different projects, so that concurrent interoperability of all the installed software and infrastructure can be assured.Speaker: Mr Jiri Kosina (Institute of Physics)
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15:25
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15:45
Coffee break 20m
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15:45
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16:25
QCD3
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15:45
Jet Energy Corrections at CDF 40mSpeaker: Julien Donini
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15:45
- 16:25 → 17:45
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09:00
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09:30
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08:45
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10:45
Top physics 1
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08:45
Top Quark Mass Measurement at the CDF Experiment 40mWe present the most recent results for the measurement of the top quark mass at the CDF experiment of the Tevatron collider. The top mass has been measured in the dilepton (ttbar ll+jets+met) and lepton plus jets (ttbar l+jets+met) final states.Speaker: Dr Luca Scodellaro (Unknown)
- 09:25
- 09:45
- 10:15
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08:45
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10:45
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11:10
Coffee break 25m
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11:15
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13:00
Top Physics 2
- 11:15
- 11:35
- 11:55
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12:15
Top mass measurement in the all hadronic channel in CDF 20mWe summarize the reconstruction of the top mass in the all hadronic channel, where both W's decay into a qqbar pair, using the CDF detector at the Tevatron. The mass extraction is based on an event-by-event likelihood technique known as the Ideogram method. The analysis is performed on signal and background MC samples, showing its sensitivity to the top quark mass and its statistical performance.Speaker: Dr Nick van Remortel (University of Helsinki)
- 12:35
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13:00
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14:15
Lunch break 1h 15m
- 14:15 → 14:55
- 14:55 → 16:15
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16:15
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17:45
Silicon tracking
- 16:15
- 16:45
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17:45
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18:45
Node Coordinator Meeting
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08:45
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10:45
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08:45
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10:35
Beyond Standard Model
- 08:45
- 09:15
- 09:35
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10:05
Coffee break 30m
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10:35
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12:55
Beyond Standard Model
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10:35
eV Seesaw with four Generations 20mWe extend the eV seesaw scenario to four lepton generations. The LSND anomaly is taken as the right-handed seesaw scale, i.e. m_R ~ eV. The fourth generation then gives a heavy pseudo-Dirac neutrino which largely decouples from other generations, and is relatively stable. One effectively has a 3+3 solution to the LSND anomaly, where we illustrate with numerical solutions. Our study indicates that the third mixing angle sin^2(theta_13) is likely less than 0.01Speaker: Dr Andrea Soddu (Weizmann Institute of Science, Physics Dept.)
- 10:55
- 11:25
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11:45
Report on Open Symposium of CERN Council Strategy Group 30mSpeaker: Matteo Cavalli-Sforza (IFAE Barcelona)
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10:35
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08:45
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10:35
