FCC based ep and $μ$p colliders

Acar, Yiğit; Öner, Bilgehan Barış; Sultansoy, S.; Kaya, Ümit

doi:10.48550/arxiv.1510.08284

Cited by 6 publications

(7 citation statements)

References 8 publications

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“…Construction of linear e + e − colliders (or special linac) and muon colliders (or special muon ring) tangential to the future circular collider (FCC), as shown in Fig. 1, will give opportunity to achieve highest center of mass energy in lepton-hadron and photon-hadron collisions [16,17]. FCC is the future 100 TeV center-of-mass energy pp collider studied at CERN and supported by European Union within the Horizon 2020 Framework Programme for Research and Innovation [18].…”

Section: Collidersmentioning

confidence: 99%

Future circular collider based lepton–hadron and photon–hadron colliders: Luminosity and physics

Acar

Akay

Beser

et al. 2017

Nuclear Instruments and Methods in Physics Research Section A:

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Construction of future electron-positron colliders (or dedicated electron linac) and muon colliders (or dedicated muon ring) tangential to Future Circular Collider (FCC) will give opportunity to utilize highest energy proton and nucleus beams for lepton-hadron and photon-hadron collisions. Luminosity values of FCC based ep, µp, eA, µA, γp and γA colliders are estimated. Multi-TeV center of mass energy ep colliders based on the FCC and linear colliders (LC) are considered in detail. Parameters of upgraded versions of the FCC proton beam are determined to optimize luminosity of electron-proton collisions keeping beam-beam effects in mind. Numerical calculations are performed using a currently being developed collision point simulator. It is shown that Lep ∼ 10 32 cm −2 s −1 can be achieved with LHeC-like upgrade of the FCC parameters. *

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Section: Collidersmentioning

confidence: 99%

Future circular collider based lepton–hadron and photon–hadron colliders: Luminosity and physics

Acar

Akay

Beser

et al. 2017

Nuclear Instruments and Methods in Physics Research Section A:

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“…Nowadays, our understanding of the hadron structure as well as the QCD dynamics have advanced with the successful operation and precise data at HERA collider. In addition to the HERA collider, the next generation of high energy and high luminosity electron-proton colliders, such as Large Hadron Electron Collider (LHeC) [120][121][122] as well as Future Circular Hadron-Electron Collider (FCC-he) [123] which are proposed to build on the same site with LHC, could help to study the leading-baryon processes.…”

Section: Leading-baryons Production At the Lhcmentioning

confidence: 99%

Determination of neutron fracture functions from a global QCD analysis of leading neutron production at HERA

Shoeibi,

Khanpour,

Taghavi-Shahri

et al. 2017

Preprint

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In this article, we present our global QCD analysis of leading neutron production in deep inelastic scattering at H1 and ZEUS collaborations. The analysis is performed in the framework of a perturbative QCD description for semi-inclusive processes which is based on the fracture functions approach. Modeling the non-perturbative part of the fragmentation process at the input scale Q 2 0 , we analyze the Q 2 -dependence of the leading neutron structure functions and obtain the neutron fracture functions (neutron FFs) from next-to-leading order (NLO) global QCD fit to data. We have also performed a careful estimation of the uncertainties using the "Hessian method" for the neutron FFs and corresponding observables originating from experimental errors. The predictions based on the obtained neutron FFs are in good agreement with all data analyzed, at small and large longitudinal momentum fraction xL as well as the scaled fractional momentum variable β.

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“…Center-of-mass energy and luminosity values of the FCC-based ep colliders are given in Table I [ 25,26].…”

Section: Introductionmentioning

confidence: 99%

Excited neutrino search potential of the FCC-based electron-hadron colliders

Caliskan

2017

Preprint

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The production potential of the excited neutrinos at the FCC-based electron-hadron colliders, namely the ERL60⊗FCC with √ s = 3.46 TeV, the ILC⊗FCC with √ s = 10 TeV, and the PWFA-LC⊗FCC with √ s = 31.6 TeV, has been analyzed. The branching ratios of the excited neutrinos have been calculated for the different decay channels and shown that the dominant channel isWe have calculated the production cross sections with the process of ep → ν ⋆ q → eW + q and the decay widths of the excited neutrinos with the process of ν ⋆ → eW + . The signals and corresponding backgrounds are studied in detail to obtain accessible mass limits. It is shown that the discovery limits obtained on the mass of the excited neutrino are 2452 GeV for L int = 100 f b −1 , 5635 GeV for L int = 10 f b −1 (6460 GeV for L int = 100 f b −1 ), and 10200 GeV for L int = 1 f b −1 (13960 GeV for L int = 10 f b −1 ), for the center-of-mass energies of 3.46, 10, and 31.6 TeV, respectively.

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FCC based ep and $μ$p colliders

Cited by 6 publications

References 8 publications

Future circular collider based lepton–hadron and photon–hadron colliders: Luminosity and physics

Future circular collider based lepton–hadron and photon–hadron colliders: Luminosity and physics

Determination of neutron fracture functions from a global QCD analysis of leading neutron production at HERA

Excited neutrino search potential of the FCC-based electron-hadron colliders

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