TMDlib2 and TMDplotter: a platform for 3D hadron structure studies

Abdulov, N. A.; Bacchetta, Alessandro; Baranov, S. P.; Martínez, A. Bermúdez; Bertone, Valerio; Bissolotti, Chiara; Candelise, V.; Banos, L. I. Estevez; Bury, Marcin; Connor, P.; Favart, L.; Guzmán, F.; Hautmann, F.; Hentschinski, Martin; Jung, H.; Keersmaekers, Lissa; Kotikov, A. V.; Kusina, A.; Kutak, Krzysztof; Lelek, A.; Lidrych, J.; Lipatov, A. V.; Lykasov, G. I.; Malyshev, M. A.; Mendizabal, M.; Prestel, Stefan; Barzani, Safura Sadeghi; Sapeta, Sebastian; Schmitz, M.; Signori, Andrea; Sorrentino, G.; Monfared, S. Taheri; Hameren, Andreas van; Kampen, A. M. van; Bemden, M. Vanden; Vladimirov, Alexey; Wang, Q.; Yang, H.

doi:10.1140/epjc/s10052-021-09508-8

Cited by 57 publications

(30 citation statements)

References 71 publications

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“…Interestingly, for large enough ∆Y the numerical results using KS non-linear are nicely mimicked by the simple parametrization CGC Levin-Tuchin. Similar exercise can be done using other numerical results for the proton UGD available in the updated TMDlib2 library [55].…”

Section: Resultsmentioning

confidence: 97%

Investigating the QCD dynamical entropy in high-energy hadronic collisions

Ramos,

Machado

2022

Preprint

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The dynamical entropy of dense gluonic states at in proton-proton collisions at high energies is studied by using phenomenological models for the unintegrated gluon distribution. The corresponding transverse momentum probability distributions are evaluated in terms of rapidity. The dynamical entropy density is obtained in the rapidity range relevant for the collisions at the Large Hadron Collider. The total entropy density for the dense system is computed as a function of the rapidity evolution ∆Y = Y − Y0 given a initial rapidity Y0. The theoretical uncertainties are investigated and comparison with related approaches in literature is done.

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Section: Resultsmentioning

confidence: 97%

Investigating the QCD dynamical entropy in high-energy hadronic collisions

Ramos,

Machado

2022

Preprint

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“…Standardization of interfaces, both in terms of code APIs and data-interchange formats, are key to ensuring that effort is not unnecessarily duplicated between the limited resources of each generator development team. Examples, largely but not universally supported, include the LHE and HEPMC event formats and their supporting libraries [372][373][374], specialist "afterburner" event generators like EVTGEN [340], the LHAPDF interface and archive of parton-density functions [375], and TMDlib [376].…”

Section: Standardized Interfacesmentioning

confidence: 99%

Event Generators for High-Energy Physics Experiments

Campbell¹,

Diefenthaler²,

Hobbs³

et al. 2022

Preprint

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“…The calculation with CASCADE implements the PB TMD, and performs the matching with NLO hard-scattering events from MADGRAPH_AMC@NLO [39], in combination with the TMD. For this calculation the PB-NLO-HERAI+II-2018-set2 TMD PDF [29] is extracted from TMDLIB [40,41] and used by CASCADE. The matching of the NLO events to the TMD evolution is done as in Ref.…”

Section: Numerical Comparisonmentioning

confidence: 99%