FCC Week 2016

Session

FCC-hh Experiments and Detectors, 3rd session

Wed15

13 Apr 2016, 15:30

Italy

Conveners

FCC-hh Experiments and Detectors, 3rd session

• Ian Shipsey (University of Oxford (GB))

53. Study of hh production in the WWbb channel at the FCC-hh

Marianna Testa (Istituto Nazionale Fisica Nucleare Frascati (IT))

13/04/2016, 15:30

Experiments and Detectors

Oral

With the Higgs boson discovery all particles expected from the Standard Model of Particle Physics have been found. From now on the main target of the field is to look for signatures of new physics. The Higgs field potential sector is up to now unexplored and predicts the presence of a self-interaction coupling among Higgs bosons. Being almost unconstrained from the present precision...

198. EMCAL performance studies

Martin Aleksa (CERN)

13/04/2016, 15:50

Experiments and Detectors

Oral

This talk will explore the options for electromagnetic calorimetry for FCC-hh experiments. The requirements and key parameters for electromagnetic calorimetry in the FCC environment will be reviewed and discussed. Special emphasis will be given to the similarities to the LHC experiments and what could be learned from them, but also the expected differences with respect to LHC will be...

409. Performance & potential of an HCAL Tile concept readout by si-PMTS

Ana Maria Henriques Correia (CERN), Clement Helsens (CERN)

13/04/2016, 16:10

Experiments and Detectors

Oral

The particles produced at the future hadron Circular Collider (FCC-hh) with √ s = 100 TeV are of unprecedented energies. We present preliminary studies that motivate a 12 λ calorimeter in order to contain at 98% level TeV single hadron showers and multi-TeV jets and keep a needed pion energy resolution constant term of 3%, the dominant contribution to the total energy resolution at the TeV...

103. US activities and plans for physics and detector studies for FCC-hh

Ashutosh Kotwal (Duke University (US))

13/04/2016, 16:30

Experiments and Detectors

Oral

There is considerable expertise and a growing interest in the US hadron collider community to help understand and develop the physics case for a future, higher-energy hadron collider beyond the LHC. This interest extends from developing BSM models that can address the big, open questions in the standard model, to performing simulated analyses to quantify the sensitivity of benchmark models for...