CLIC Workshop 2017

Session

CLICdp: Physics and Analysis

8 Mar 2017, 10:45

500/1-001 - Main Auditorium (CERN)

Conveners

CLICdp: Physics and Analysis

• James Daniel Wells (University of Michigan (US))
• Wolfgang Kilian (Physics Department, University of Siegen)
• Victoria Jane Martin (University of Edinburgh (GB))
• Igor Boyko (Joint Inst. for Nuclear Research (RU))

CLICdp: Physics and Analysis

• Igor Boyko (Joint Inst. for Nuclear Research (RU))
• Victoria Jane Martin (University of Edinburgh (GB))
• Wolfgang Kilian (Physics Department, University of Siegen)
• James Daniel Wells (University of Michigan (US))

249. Characterising CLIC’s sensitivity to decoupled new physics

Tevong You (University of Cambridge)

08/03/2017, 10:45

252. W-boson physics in photon collisions

Igor Boyko (Joint Inst. for Nuclear Research (RU))

08/03/2017, 11:10

253. Tagging Boosted Top Decays using Jet Substructure

Alasdair Winter

08/03/2017, 11:35

255. Top quark couplings studies in electron-positron colliders at high energies

Martin Perello Rosello (University of Valencia and CSIC (ES)), Martín Perelló Roselló (Instituto de Física Corpuscular (IFIC) - Valencia)

08/03/2017, 11:48

256. Towards Top Forward-Backwards Asymmetry at 1.4 TeV

Lars Rickard Strom (CERN)

08/03/2017, 12:01

258. Update on the t->cH analysis

Aleksander Filip Zarnecki (University of Warsaw)

08/03/2017, 12:14

259. Clockwork (title TBC)

Matthew Philip Mccullough (CERN)

09/03/2017, 10:30

260. EFTS (title TBC)

Zhengkang Zhang (University of Michigan)

09/03/2017, 11:00

261. H->ZZ* analysis at 3 TeV

Gordana Milutinovic-Dumbelovic (University of Belgrade (RS))

09/03/2017, 11:30

262. Update on HH analysis and extraction of gHHH and gWWHH couplings

Boruo Xu (University of Cambridge (GB))

09/03/2017, 11:43

263. Hidden Valley particles search in e+e- future linear colliders

Marcin Kucharczyk (Polish Academy of Sciences (PL))

09/03/2017, 12:02

264. Higgs to gamma gamma analysis at 3 TeV

Goran Kacarevic (University of Belgrade (RS))

09/03/2017, 12:15

141. BSM physics at CLIC

Mikael Berggren (Deutsches Elektronen-Synchrotron (DE))

173. Hidden Valleys

Marcin Kucharczyk (Polish Academy of Sciences (PL))

139. Higgs physics at CLIC

Philipp Roloff (CERN)

147. Measurement of double Higgs production at CLIC

Boruo Xu (University of Cambridge (GB))

We present a study of the HHvv->bbbbvv and HHvv->bbWW*vv channels, with sub channels of WW* decaying fully hadronically, semi-leptonically and fully leptonically. These channels are useful for probing the Higgs triple gauge coupling and quartic coupling. Reconstructed particles are grouped into a number of jets according to signal topology. B jets are identified using the LCFIPlus processor...

146. Measurement of the top-quark mass in the continuum

Marçà Boronat (IFIC - CSIC)

A linear collider will provide a very precise top-quark mass measurement at the threshold. We propose to use the process ttbar+photon to measure the top-quark mass in the continuum. The MC study was performed at 500 GeV and also extrapolated to 380 GeV providing an estimation of the observable sensibility around 150 MeV. This method could be a good complementary measurement without requiring...

143. Photon structure functions at the ILC/CLIC energy range

Beata Krupa (Institute of Nuclear Physics Polish Academy of Sciences)

The future e+e- linear collider ILC/CLIC will allow for measurement of the photon structure functions in a wider range of kinematic variables x, Q^2 compared to the previous results of experiments at the LEP. The classical way to measure the photon structure functions is the study of e+e- → γγ → e+e- X process, where X is the leptonic or hadronic final state. For a study of the QED and...

145. Production of Inert Scalars at the e+e- Linear Colliders

Aleksander Filip Zarnecki (University of Warsaw)

We investigate the phenomenology of the charged and neutral scalars in Inert Doublet Model (IDM) at future e+e- linear colliders with center of mass energies of 0.5 to 1 TeV and integrated luminosity of 500 fb-1. The analysis covers two processes, i.e. $e^{+}{e}^{-}\to H^{+}{H}^{-}$ and $e^{+}{e}^{-}\to AH$, and consists of a phenomenological signal selection as well as dark matter...

144. Single-photon processes at e+e- colliders

Jan Henryk Kalinowski (University of Warsaw (PL))

We explore scenarios where the only accessible new states at the electroweak scale consist of a pair of color-singlet electroweak particles, whose masses are degenerate at the tree level and split only by electroweak symmetry breaking at the loop level. Due to the mass-degeneracy, those lower-lying electroweak states are difficult to observe at the LHC and rather challenging to detect at the...

171. Study of the reaction e+e- -> gamma gamma

Igor Boyko (Joint Inst. for Nuclear Research (RU))

140. Top physics at CLIC

Ignacio Garcia (IFIC)

142. Vector Boson Scattering (W,Z) at CLIC

Mr Christian Fleper (Universität Siegen)

We present new results for vector bosons scattering (W,Z) at CLIC. These are simulations (1.4 and 3 TeV) with WHIZARD in the SM EFT approach (SM with Higgs + anomalous higher-D operators), for complete partonic processes. The results include the impact/necessity of unitarization.