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    • Several versions

    Measurements of open heavy-flavour production with ALICE at the LHC

    De, Sudipan
    arXiv.org, Sep 9, 2016 [Peer Reviewed Journal]

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    Thermalization of dense hadronic matter in Au + Au collisions at the energies available at FAIR

    De, Somnath, De, Sudipan, Chattopadhyay, Subhasis
    arXiv.org, Oct 24, 2016
    © ProQuest LLC All rights reserved, Engineering Database, Publicly Available Content Database, ProQuest Engineering Collection, ProQuest Technology Collection, ProQuest SciTech Collection, Materials Science & Engineering Database, ProQuest Central (new), ProQuest Central Korea, SciTech Premium Collection, Technology Collection, ProQuest Central Essentials, ProQuest One Academic, Engineering Collection (ProQuest)
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    Title: Thermalization of dense hadronic matter in Au + Au collisions at the energies available at FAIR
    Author: De, Somnath; De, Sudipan; Chattopadhyay, Subhasis
    Contributor: Chattopadhyay, Subhasis (pacrepositoryorg)
    Subject: Thermal Analysis ; Thermodynamic Properties ; Thermodynamic Equilibrium ; Anisotropy ; Strangeness ; Collisions ; Particle Density (Concentration) ; Mathematical Models ; Baryons ; Hadrons ; Mesons ; Windows (Intervals) ; Local Thermodynamic Equilibrium ; Thermalization (Energy Absorption) ; Energy Spectra
    Description: The conditions of local thermodynamic equilibrium of baryons (non-strange, strange) and mesons (strange) are presented for central Au + Au collisions at FAIR energies using the microscopic transport model UrQMD. The net particle density, longitudinal-to-transverse pressure anisotropy and inverse slope parameters of the energy spectra of non-strange and strange hadrons are calculated inside a cell in the central region within rapidity window \(|y| < 1.0\) at different time steps after the collision. We observed that the strangeness content is dominated by baryons at all energies, however contribution from mesons become significant at higher energies. The time scale obtained from local pressure (momentum) isotropization and thermalization of energy spectra are nearly equal and found to decrease with increase in laboratory energy. The equilibrium thermodynamic properties of the system are obtained with statistical thermal model. The time evolution of the entropy densities at FAIR energies...
    Is part of: arXiv.org, Oct 24, 2016
    Identifier: 2331-8422 (E-ISSN)

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    Thermalization of dense hadronic matter in Au + Au collisions at the energies available at FAIR

    De, Somnath, De, Sudipan, Chattopadhyay, Subhasis
    Cornell University
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    Title: Thermalization of dense hadronic matter in Au + Au collisions at the energies available at FAIR
    Author: De, Somnath; De, Sudipan; Chattopadhyay, Subhasis
    Subject: Nuclear Theory ; High Energy Physics - Phenomenology
    Description: The conditions of local thermodynamic equilibrium of baryons (non-strange, strange) and mesons (strange) are presented for central Au + Au collisions at FAIR energies using the microscopic transport model UrQMD. The net particle density, longitudinal-to-transverse pressure anisotropy and inverse slope parameters of the energy spectra of non-strange and strange hadrons are calculated inside a cell in the central region within rapidity window $|y| < 1.0$ at different time steps after the collision. We observed that the strangeness content is dominated by baryons at all energies, however contribution from mesons become significant at higher energies. The time scale obtained from local pressure (momentum) isotropization and thermalization of energy spectra are nearly equal and found to decrease with increase in laboratory energy. The equilibrium thermodynamic properties of the system are obtained with statistical thermal model. The time evolution of the entropy densities at FAIR energies are found very similar with the ideal hydrodynamic behaviour at top RHIC energy. Comment: New figures, discussions added. To appear in Physical Review C
    Identifier: 1510.01456 (ARXIV ID)

    • Several versions

    Baseline study for higher moments of net-charge distribution at RHIC energies

    Sahoo, Nihar, De, Sudipan, Nayak, Tapan
    arXiv.org, Mar 24, 2013 [Peer Reviewed Journal]

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    Energy and centrality dependent study of deconfinement phase transition in a color string percolation approach at RHIC energies

    Sahoo, Pragati, De, Sudipan, Tiwari, Swatantra, Sahoo, Raghunath
    The European Physical Journal A, 2018, Vol.54(8), pp.1-6 [Peer Reviewed Journal]

    • Several versions

    Multiplicity Dependence of J/\(\psi\) Production and QCD Dynamics in \(p+p\) Collisions at \(\sqrt{s}\) = 13 TeV

    Thakur, Dhananjaya, De, Sudipan, Sahoo, Raghunath
    arXiv.org, May 20, 2020 [Peer Reviewed Journal]

    • Several versions

    Predictions for azimuthal anisotropy in Xe+Xe collisions at \(\sqrt{s_{NN}}\) = 5.44 TeV using a multiphase transport model

    Tripathy, Sushanta, De, Sudipan, Younus, Mohammed, Sahoo, Raghunath
    arXiv.org, Dec 13, 2018 [Peer Reviewed Journal]

    • Several versions

    Role of Multi-Parton Interactions on \(J/\psi\) production in \(p+p\) collisions at LHC Energies

    Thakur, Dhananjaya, De, Sudipan, Sahoo, Raghunath, Dansana, Soumya
    arXiv.org, Apr 11, 2018 [Peer Reviewed Journal]

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    Insight into Multiple Partonic Interactions and Production of Charmonia in p+p Collisions at the LHC energies

    Sahoo, Raghunath, Thakur, Dhananjaya, De, Sudipan, Dansana, Soumya
    Cornell University
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    Title: Insight into Multiple Partonic Interactions and Production of Charmonia in p+p Collisions at the LHC energies
    Author: Sahoo, Raghunath; Thakur, Dhananjaya; De, Sudipan; Dansana, Soumya
    Subject: High Energy Physics - Phenomenology ; High Energy Physics - Experiment ; Nuclear Experiment ; Nuclear Theory
    Description: At the LHC energies, the underlying observables are of major topic of interest in high multiplicity $p+p$ collisions. Multiple Parton Interactions (MPI) is one of them, in which several interactions occur in a single $p+p$ collision. It is believed that MPI is the main reason behind the high multiplicity in $p+p$ collisions at the LHC. It was believed that MPI has only effect to the soft particle production, but recent ALICE result reveals that it can also affect the hard-particle production. In such case, the self normalized yield of heavy particle like $\rm J/\psi$ shows an increasing trend with event multiplicity. In the present contribution, we discuss the energy and multiplicity dependence of charmonium production to understand the effects of MPI on charmonium production. Comment: 7 pages, To appear in the proceedings of 16th Conference on Flavor Physics and CP Violation - FPCP 2018 (Springer Proceedings in Physics). Presentation was given by Raghunath Sahoo
    Identifier: 1810.02386 (ARXIV ID)

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    Insight into Multiple Partonic Interactions and Production of Charmonia in p+p Collisions at the LHC energies

    Sahoo, Raghunath, Thakur, Dhananjaya, De, Sudipan, Dansana, Soumya
    arXiv.org, Oct 4, 2018
    © ProQuest LLC All rights reserved, Engineering Database, Publicly Available Content Database, ProQuest Engineering Collection, ProQuest Technology Collection, ProQuest SciTech Collection, Materials Science & Engineering Database, ProQuest Central (new), ProQuest Central Korea, SciTech Premium Collection, Technology Collection, ProQuest Central Essentials, ProQuest One Academic, Engineering Collection (ProQuest)
    Available
    More…
    Title: Insight into Multiple Partonic Interactions and Production of Charmonia in p+p Collisions at the LHC energies
    Author: Sahoo, Raghunath; Thakur, Dhananjaya; De, Sudipan; Dansana, Soumya
    Contributor: Dansana, Soumya (pacrepositoryorg)
    Subject: Collisions ; Particle Production ; Dependence
    Description: At the LHC energies, the underlying observables are of major topic of interest in high multiplicity \(p+p\) collisions. Multiple Parton Interactions (MPI) is one of them, in which several interactions occur in a single \(p+p\) collision. It is believed that MPI is the main reason behind the high multiplicity in \(p+p\) collisions at the LHC. It was believed that MPI has only effect to the soft particle production, but recent ALICE result reveals that it can also affect the hard-particle production. In such case, the self normalized yield of heavy particle like \(\rm J/\psi\) shows an increasing trend with event multiplicity. In the present contribution, we discuss the energy and multiplicity dependence of charmonium production to understand the effects of MPI on charmonium production.
    Is part of: arXiv.org, Oct 4, 2018
    Identifier: 2331-8422 (E-ISSN)