Kayumov Baxodir Maksudjanovich

Professor Baxodir Kayumov is a nuclear physicist with a focus on heavy ion collisions and reaction mechanisms. He earned his DSc in Physical and Mathematical Sciences in 2022 and his PhD from the Institute of Nuclear Physics in 2021. His academic journey began at the National University of Uzbekistan, where he completed his BSc and MSc in Physics. With nearly a decade of research experience at the Institute of Nuclear Physics and teaching roles at INHA University and New Uzbekistan University, his work centers on deep inelastic collisions, fusion processes, and evaporation residues. Professor Kayumov currently teaches multiple physics courses and contributes actively to research in nuclear reaction dynamics.

Interpretation of the Incomplete Fusion of Nucleus as quasifission of dinuclear system // Physics of Atomic Nuclei (2022) v. 85, No. 6, p. 776-784. 

Analysis of the fusion mechanism in the synthesis of superheavy element 119 via the 54Cr+ 243Am reaction // Physical Review C (2022) 105, 014618. 

The effect of the neutron and proton numbers ratio in colliding nuclei on the formation of the evaporation residues in the 34S+208Pb and 36S+206Pb reactions // European Physical Journal A (2019) 55: 29.

Mass and angular distributions of the reaction products in heavy ion collisions // Journal of Physics: 1014 (2018) 012009.

Entrance channel effect in characteristics of the heavy ion reaction products // DAE Symposium on Nuclear Physics: 62 (2017), p. 11-12.

Binary fragmentation based studies for the near super-heavy compound nucleus 256Rf // European Physical Journal A (2017) 53: 133. 

 Peculiarities of quasifission reactions in heavy ion collisions // Nuclear Physics A 946 (2016) 89-103.

Nasirov A.K., Giardina G., Mandaglio G., Kayumov B.M. Entrance channel effect in characteristics of the heavy ion reaction products // 62nd DAE-BRNS Symposium on Nuclear Physics, December 20-24. – Patiala (India), 2017.

Kayumov B.M., Nasirov A.K. The role of the N/Z - ratio in colliding nuclei during the fusion of sulfur and lead // “II International Scientific Forum Nuclear Science and technologies”, June 24-27. – Almaty (Kazakhstan), 2019.

Nasirov A.K., Kayumov B.M., Mandaglio G., Giardina G., Kim K., Kim Y., The Hindrance to Complete Fusion of Nuclei Related with the Nucleon Transfer Mechanism // “LXIX International Conference “NUCLEUS-2019” on Nuclear Spectroscopy and Nuclear Structure”, July 1-5. – Dubna (Russia), 2019.

 Nasirov A.K., Kayumov B.M., Yuldasheva G.A., Giardina G., Mandaglio G., Kim K., Kim Y. Different Views of Complete Fusion in Heavy Ion Collisions: Difficulties in Synthesis of Superheavy Elements // “The 9th International Conference on Modern Problems of Nuclear Physics and Nuclear Technologies”, September 24-27. – Tashkent (Uzbekistan), 2019.

Kayumov B.M., Nasirov A.K., Giardina G., Mandaglio G., Kim K., Kim Y. Mass and Charge Distribution in Heavy Ions Collision // “The 9th International Conference on Modern Problems of Nuclear Physics and Nuclear Technologies”, September 24-27. – Tashkent (Uzbekistan), 2019.

Kayumov B.M., Nasirov A.K., Yuldasheva G.A., Ganiev O.K. Analysis of the fusion and evaporation residue results by using DNS model // Low Energy Nuclear Reaction Dynamics, March – Aligarh (India), 2022.

Nasirov A.K., Kayumov B.M., Yuldasheva G.A. Interpretation of the incomplete fusion in heavy ion collsions as quasifission mechanism // Low Energy Nuclear Reaction Dynamics, March – Aligarh (India), 2022.