IPM Positions

Resident Researcher, School of Particles and Accelerator (2024 - Present )

Past IPM Positions

Post-Doctoral Research Fellow, School of Particles and Accelerator (2019 - 2024) Resident Researcher, School of Particles and Accelerator (2017 - 2019) Non-IPM Student Researcher, School of Particles and Accelerator (2011 - 2013)

Research Interests

Phenomenological study of high energy physics

Research Activities

Quantum chromodynamics (QCD) is the generally accepted fundamental theory of the strong interaction. According to the asymptotic freedom many high energy scattering processes can be calculated by using perturbative theory. Theoretically such processes are in the form of factorization theorems and separate the perturbative part of the cross section from the non-perturbative part. In finding any exotic physics signatures beyond the standard model and any new hadronic systems in high energy hadron reactions, for example, at RHIC (Relativistic Heavy Ion Collider) and LHC (Large Hadron Collider), it is necessary to have accurate QCD predictions for cross sections. The perturbative QCD is now understood in the next-to leading order (NLO) or next-to-next-to-leading order (NNLO) levels for differnt processes. Therefore, the crucial part is to understand nonperturbative aspects, namely, parton distribution functions (PDFs) and fragmentation functions (FFs). Fragmentation functions are used in high-energy reaction processes with hadron production. They include hadron-production processes in electron-positron annihilation, electron, muon, and neutrino scattering from proton or nucleus, proton-proton collisions, and heavy-ion collisions. Such reactions are becoming increasingly important in hadron physics for investigating the origin of the proton spin and quark-hadron matters in heavy-ion reactions.

Present Research Project at IPM

High Energy Physics

Related Papers

1.	M. Soleymaninia, H. Hashamipour, M. Salajegheh, H. Khanpour, H. Spiesberger and Ulf-G. Meissner Determination of $K^0_S$ Fragmentation Functions including {\tt BESIII} Measurements and using Neural Networks Phys. Rev. D 110 (2024),   [abstract] arXive.org link: 2404.07334 [ abs, src, ps, others], cited by Code: IPM/P.A-802

2.	M. Soleymaninia, H. Hashamipour, H. Khanpour, S. Shoeibi and A. Mohamaditabar Study of nuclear corrections on the charged hadron fragmentation functions in a Neural Network global QCD analysis Eur. Phys. J. plus 139 (2024),   [abstract] arXive.org link: 2305.02664v1 [ abs, src, ps, others], cited by Code: IPM/P.A-775

3.	M. Salajegheh, H. Khanpour, Ulf-G. Meissner, H. Hashamipour and M. Soleymaninia Determination of diffractive PDFs from a global QCD analysis of inclusive diffractive DIS and dijet cross-section measurements at HERA Phys. Rev. D 107 (2023),   [abstract] Code: IPM/P.A-776

4.	M. Salajegheh, H. Khanpour, Ulf-G . Meissner, H. Hashamipour and M. Soleymaninia Global QCD analysis of diffractive parton distribution function considering higher twist corrections within the xFitter framework Phys. Rev. D 106 (2022),   [abstract] arXive.org link: 2206.13788 [ abs, src, ps, others], cited by Code: IPM/P.A-753

5.	M. Soleymaninia, H. Hashamipour, H. Khanpour and H. Spiesberger Fragmentation Functions for $\Xi ^-/\bar{\Xi}^+$ Using Neural Networks Nucl. Phys. A 1029 (2022),   [abstract] arXive.org link: 2202.05586 [ abs, src, ps, others], cited by Code: IPM/P.A-752

6.	M. Soleymaninia, H. Hashamipour and H. Khanpour Neural network QCD analysis of charged hadron fragmentation functions in the presence of SIDIS data Phys. Rev. D 105 (2022),   [abstract] arXive.org link: 2202.10779 [ abs, src, ps, others], cited by Code: IPM/P.A-742

7.	H. Abdolmaleki, M. Soleymaninia, H. Khanpour, S. Amoroso, F. Giuli, A. Glazov, A. Luszczak, F. Olness and O. Zenaiev QCD analysis of pion fragmentation functions in the xFitter framework Phys. Rev. D 104 (2021),   [abstract] Code: IPM/P.A-718

8.	H. Khanpour, M. Soleymaninia, S. Atashbar Tehrani, H. Spiesberger and V. Guzey Nuclear parton distribution functions with uncertainties in a general mass variable flavor number scheme Phys. Rev. D 104 (2021),   [abstract] arXive.org link: 2010.00555 [ abs, src, ps, others], cited by Code: IPM/P.A-716

9.	M. Soleymaninia, M. Goharipour, H. Khanpour and H. Spiesberger Simultaneous extraction of fragmentation functions of light charged hadrons with mass corrections Phys. Rev. D 103 (2021),   [abstract] Code: IPM/P.A-678

10.	M. Soleymaninia, H. Abdolmaleki and H. Khanpour First NNLO fragmentation functions of KSO and Λ/―Λ and their uncertainties in the presence of hadron mass corrections Phys. Rev. D 102 (2020),   [abstract] Code: IPM/P.A-662

11.	M. Delpasand, M. Moosavi Nejad and M. Soleymaninia Λ +c fragmentation functions from pQCD approach and the Suzuki model Phys. Rev. D 101 (2020),   [abstract] Code: IPM/P.A-631

12.	A. Mohamaditabar, F. Taghavi-Shahri, H. Khanpour and M. Soleymaninia Determination of contributions from residual light charged hadrons to inclusive charged hadrons from e(+)e(-) annihilation data Eur. Phys. J. A 55 (2019),   [abstract] Code: IPM/P.A-645

13.	M. Salajegheh, S. M. Moosavi Nejad, M. Soleymaninia, H. Khanpour and S. Atashbar Tehrani NNLO charmed-meson fragmentation functions and theiruncertainties in the presence of meson mass corrections Eur. Phys. J. C 79 (2019),   [abstract] arXive.org link: arXiv:1904.09832 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P.A-604

14.	M. Soleymaninia and H. Khanpour Transverse momentum dependent of charged pion, kaon and proton fragmentation functions from e+e− annihilation process Phys. Rev. D 100 (2019),   [abstract] arXive.org link: 1907.12294 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P.A-597

15.	M. Salajegheh, S. M. Moosavi Nejad, M. Soleymaninia, H. Khanpour and S. Atashbar Tehrani NNLO charmed-meson fragmentation functions and their uncertainties in the presence of meson mass corrections Eur. Phys. J. C 79 (2019),   [abstract] arXive.org link: 1904.09832 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P.A-595

16.	M. Salajegheh, S. M. Moosavi Nejad, H. Khanpour, . A. Kniehl and M. Soleymaninia B-hadron fragmentation functions at next-to-next-to-leading order from global analysis of e+e− annihilation data Phys. Rev. D 99 (2019),   [abstract] arXive.org link: arXiv:1904.08718 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P.A-549

17.	M. Soleymaninia , M. Goharipour and H. Khanpour Impact of unidentified light charged hadron data on the determination of pion fragmentation functions Phys. Rev. D 99 (2019),   [abstract] arXive.org link: 1901.01120 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P.A-534

18.	A. Mohamaditabar, F. Taghavi shahri, H. Khanpour and M. Soleymaninia Determination of residual light charged hadrons contribution to the inclusive charged hadrons from e+e- annihilation data Eur. Phys. J. A 55 (2019),   [abstract] Code: IPM/P.A-510

19.	M. Soleymaninia, M. Goharipour and H. Khanpour First QCD analysis of charged hadron fragmentation functions and their uncertainties at next-to-next-to-leading order Phys. Rev. D 98 (2018),   [abstract] arXive.org link: arXiv:1805.04847 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P.A-502

20.	M. Soleymaninia, H. Khanpour and S. M. Moosavi Nejad First determination of D*+-meson fragmentation functions and their uncertainties at next-to-next-to-leading order Phys. Rev. D 97 (2018),   [abstract] Code: IPM/P.A-488

21.	S.M. Moosavi Nejad, M. Soleymaninia and A. N. Khorramian Global analysis of fragmentation functions and their application to polarized top quark decays considering new BABAR and Belle experimental data Canadian J. Physics 10.1139 (2016),   [abstract] Code: IPM/P.A-453

22.	S.M. Moosavi Nejad, M. Soleymaninia and A. Maktoubian Proton fragmentation functions considering finite-mass corrections Eur. Phys. J. A 52 (2016),   [abstract] Code: IPM/P.A-445

23.	F. Arbabifar, A.N. Khorramian and M. Soleymaninia The Effect of Polarized DIS Hadronization Process on the Determination of Polarized Parton Distributions ( In: Acta Physica Polonica B, Vol.7, 585 (2014) ) [abstract] Code: IPM/P.A-385

24.	M. Soleymaninia, A.N. Khorramian, M. Moosavi Nejad and F. Arbabifar The Role of Hadronization Processes in Determination of Fragmentation Functions ( In: Acta Physica Polonica B, Vol.7, 573 (2014)) [abstract] Code: IPM/P.A-350

25.	F. Arbabifar, A.N. Khorramian and M. Soleymaninia QCD analysis of polarized DIS and the SIDIS asymmetry world data and light sea-quark decomposition Phys. Rev. D 89 (2014),   [abstract] Code: IPM/P.A-335

26.	F. Arbabifar, A.N. Khorramian and M. Soleymaninia QCD analysis of polarized DIS and the SIDIS asymmetry world data and light sea-quark decomposition ( In: XV Advanced Research Workshop on High Energy Spin Physics (DSPIN, Dubna, October 8-12, 2013)) [abstract] Code: IPM/P.A-334

27.	M. Soleymaninia, A.N. Khorramian, S. M. Moosavinejad and F. Arbabifar QCD Analysis of Fragmentation Functions Considering Double Spin Asymmetry of SIDIS Processes Physics of Particles and Nuclei 45 (2014), 46-48  [abstract] Code: IPM/P.A-331

28.	M. Soleymaninia, A.N. Khorramian, S. M. Moosavinejad and F. Arbabifar Determination of pion and kaon fragmentation functions including spin asymmetries data in a global analysis Phys. Rev. D 88,054019 (2013), 1-19  [abstract] Code: IPM/P.A-299

29.	M. Soleymaninia, A. N. Khorramian and M. Moosavi Nejad Extraction of Pion Non-Perturbative Fragmentation Functions In ZM-VFNS AIP CONF PROC (2012), 67-70  [abstract] Code: IPM/P.A-287

30.	M. Soleymaninia, A.N. Khorramian and M. Moosavi nejad Pion fragmentation functions from e+e- production Journal of Physics, (JPCS) (2012),   [abstract] Code: IPM/P.A-205

31.	M. Soleimaninia and A.N. Khorramian Non-Singlet Part Of The Longitudinal Structure Function FL Up To O(a3S) Int. J. Mod. Phys. A 26 (2011), 686-687  [abstract] Code: IPM/P.A-139

32.	M. Soleymaninia, A.N. Khorramian and S. Atashbar Tehrani A phenomenological analysis of the longitudinal proton structure function FL ( In: The Conference in Honour of Murray Gell-Mann's 80th Birthday,2010) [abstract] Code: IPM/P.A-111

33.	A.N. Khorramian, S. Atashbar Tehrani, M. Soleymaninia and S. Batebi FL Structure Function and Heavy Quark Contributions Hyperfine Interactions 194 (2009), 341-345  [abstract] Code: IPM/P.A-042