March 27, 2024
3:00PM - 4:00PM
4138 Physics Research Building
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2024-03-27 15:00:00
2024-03-27 16:00:00
HEP Seminar- Titas Roy (University of Illinois)- Heavy resonances decaying to top quark pairs
Dr. Titas RoyUniversity of Illinois, ChicagoHeavy resonances decaying to top quark pairsLocation: 4138 Physics Research Building Abstract: Several models predict modifications to the SM properties in the presence of new particles. The top quark, being the heaviest elementary particle, has some unique features which makes measurement of its properties quite interesting and can be used as a tool to probe for new physics. With the CMS collecting an unprecedented amount of data with the ongoing Run3, we have the advantage of conducting precision measurements of rare processes in dedicated phase spaces to verify SM predictions and to look for New Physics.
4138 Physics Research Building
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Add to Calendar
2024-03-27 15:00:00
2024-03-27 16:00:00
HEP Seminar- Titas Roy (University of Illinois)- Heavy resonances decaying to top quark pairs
Dr. Titas RoyUniversity of Illinois, ChicagoHeavy resonances decaying to top quark pairsLocation: 4138 Physics Research Building Abstract: Several models predict modifications to the SM properties in the presence of new particles. The top quark, being the heaviest elementary particle, has some unique features which makes measurement of its properties quite interesting and can be used as a tool to probe for new physics. With the CMS collecting an unprecedented amount of data with the ongoing Run3, we have the advantage of conducting precision measurements of rare processes in dedicated phase spaces to verify SM predictions and to look for New Physics.
4138 Physics Research Building
Department of Physics
physics@osu.edu
America/New_York
public
Dr. Titas Roy
University of Illinois, Chicago
Heavy resonances decaying to top quark pairs
Location: 4138 Physics Research Building
Abstract: Several models predict modifications to the SM properties in the presence of new particles. The top quark, being the heaviest elementary particle, has some unique features which makes measurement of its properties quite interesting and can be used as a tool to probe for new physics. With the CMS collecting an unprecedented amount of data with the ongoing Run3, we have the advantage of conducting precision measurements of rare processes in dedicated phase spaces to verify SM predictions and to look for New Physics.
