PITT PACC Workshop: LHC physics for Run 3

Contribution List

106. Welcome and Introduction

Tao Han (University of Pittsburgh)

07/04/2021, 09:30

Overview

103. ATLAS Run 2 summary

Stephane Yves G Willocq (University of Massachusetts (US))

07/04/2021, 09:40

Overview

104. CMS Run 2 summary

Meenakshi Narain (Brown University (US))

07/04/2021, 10:20

Overview

105. Theory overview

stefania gori (UC Santa Cruz)

07/04/2021, 12:45

Overview

101. SM Higgs

Sarah Heim (Deutsches Elektronen-Synchrotron (DE))

07/04/2021, 13:30

Precision physics with leptons & photons

100. Electroweak SM measurements: VBS, triboson

Junjie Zhu (University of Michigan (US))

07/04/2021, 14:00

Precision physics with leptons & photons

102. Top physics: opportunities and challenges

Andreas Jung (Purdue University (US))

07/04/2021, 14:30

Precision physics with leptons & photons

86. Improving theory predictions for SM processes

Jonas Lindert (University of Sussex)

07/04/2021, 15:00

Theory and modelling tools

109. Electroweak Restoration at the LHC and Beyond: The Vh Channel

Ian Lewis (The University of Kansas)

07/04/2021, 15:45

Theory and modelling tools

87. CMS Trigger

Darin Acosta (University of Florida (US))

08/04/2021, 10:00

Upgrade and Trigger for Run 3

88. ATLAS Trigger

Caterina Doglioni (Lund University (SE))

08/04/2021, 10:40

Upgrade and Trigger for Run 3

89. Trigger limited hadronic Higgs measurements: bb, cc, tautau (including VBF production)

Isobel Ojalvo (Princeton University (US))

08/04/2021, 11:20

Hadronic physics: Jets, substructure, taus, MET

93. HH: hadronic trigger limitations and ways to improve

John Alison (Carnegie-Mellon University (US))

08/04/2021, 13:00

Hadronic physics: Jets, substructure, taus, MET

90. Dark matter searches using trigger scouting and parking (CMS)

Jakob Salfeld-Nebgen (CERN)

08/04/2021, 13:30

Hadronic physics: Jets, substructure, taus, MET

91. Dark matter searches using trigger level analysis (ATLAS)

Mariana Toscani (Universidad de Buenos Aires (AR))

08/04/2021, 14:00

Hadronic physics: Jets, substructure, taus, MET

92. Higgs and exotics searches using jet substructure techniques

Petar Maksimovic (Johns Hopkins University (US))

08/04/2021, 14:30

Hadronic physics: Jets, substructure, taus, MET

108. Physics case for displaced vertex triggers during Run 4

Simon Knapen, Simon Knapen, Simon Knapen (CERN)

08/04/2021, 15:00

Hadronic physics: Jets, substructure, taus, MET

98. Unconventional signatures of supersymmetry

Matthew Reece (Harvard University)

09/04/2021, 10:00

Soft final states: Low pT jets, leptons, long-lived

107. Unconventional object reconstruction

Tova Ray Holmes (University of Tennessee (US))

09/04/2021, 10:40

Soft final states: Low pT jets, leptons, long-lived

99. Long-lived particles: lessons learned for designing new trigger strategies

Juliette Alimena (CERN)

09/04/2021, 11:10

Soft final states: Low pT jets, leptons, long-lived

97. Non-Standard Model Higgs decays

Rafael Coelho Lopes De Sa (University of Massachusetts (US))

09/04/2021, 11:40

Soft final states: Low pT jets, leptons, long-lived

94. Hadronic reconstruction with ML

Maximilian J Swiatlowski (TRIUMF (CA))

09/04/2021, 13:15

Machine learning

95. Identifying new phase space with ML

David Shih (Rutgers University)

09/04/2021, 13:45

Machine learning

96. Incorporating ML into analysis: CoWLa hunting, optimization, regression and new ideas

Ben Nachman (Lawrence Berkeley National Lab. (US))

09/04/2021, 14:15

Machine learning

80. ATLAS Run 2 Summary

Overview

81. CMS Run 2 summary

Overview

83. Electroweak SM measurements: VBS, triboson

Precision physics with leptons & photons

85. New opportunities in heavy ion collisions

Precision physics with leptons & photons

84. Rare SM Higgs decays (mm, cc, Zy [lly and y*y], Phi, J/Psi)

Precision physics with leptons & photons

82. Theory overview

Overview