Revised on January 31th, 2026
Invited
Talks, Contributed Papers and Abstracts at Conferences and Meetings
National
INNOVATION & SAIGE Projects:
Participation
at SYNCHROTRON PROJECTS:
(in inverse chronological order; underlined
– people within project #6821 ATMOLCOL;
bolded – presenter of the invited talk;
{2025
classifications: articles
M21a+=20 within the top 5%; M21a=12 between 5% to 15%; M21=8 between 15% to
35%; M22=5 within 35% to 75%; M23=3 between 75% to 100%, M24+ & M24=2 on
the JCR list w/o IF; JCI - Journal Citation Indicator: field-normalized}
[CiteScore measures the citation impact of the
journal: new formula= the number of citations received by a journal in
four year to documents published in the same four
years, divided by the number of documents; old formula= the number of
citations received by a journal in one year to documents published in the three
previous years, divided by the number of documents. SNIP compares the
citation impact of sources in different subject fields = the ratio of a
source's average citation counts per paper, and the 'citation potential' of its
subject field. SJR compares the scientific prestige of sources, based on
the value of weighted citations per document. A source transfers its own
'prestige', or status, to another source through the act of citing it.]
P2. Bratislav P. Marinković,
Lorenzo Avaldi and Jozo J. Jureta,
“Study of the Triplet States in the Autoionizing
Electron Spectra of He and Ar Induced by Low-Energy
Electrons”,
Atoms 14(2)
9 (2026) [22pp]
Special Issue: Electronic, Photonic and Ionic
Interactions with Atoms and Molecules
ISSN:
2218-2004
Acknowledgements: Science
Fund of the Republic of Serbia, #GRANT 6821, Atoms and (bio)molecules-dynamics
and collisional processes on short time scale—ATMOLCOL. Italy and Serbia
bilateral project of particular relevance (Grande Rilevanza)
“Nanoscale insights in radiation damage”. J.J.J. is grateful to the Institute
of Physics Belgrade for being allowed to use their material resources.
{2025:
JCR: M22=3 if2=1.5 for 2024; PAMC_29/39; if5=1.5 for 2024 PAMC_29/39;
JCI=0.46 for 2024 PAMC_27/40}
[CiteScore=3.1 for 2024 NucHEP 38/91(58%);
SJR=0.46; SNIP=0.712]
[Scimago SJR for 2024 SJR = 0.460 Q2 H=28]
P1. R. Aiswarya, Jobin Jose, Nenad
Simonović, Bratislav P. Marinković, and Himadri S. Chakraborty,
“Imaging the atomic
scattering potential in centroidal diffraction of elastic electrons”,
Phys. Rev. A, 113, L010801 (2026) [7pp].
Acknowledgements: Science
Fund of the Republic of Serbia, #GRANT 6821, Atoms and (bio)molecules-dynamics
and collisional processes on short time scale—ATMOLCOL.
{2025: JCR M21=8 if2=2.9
for 2024 O_53/125, PAMC_13/29; if5=3.0 for 2024 O_48/125, PAMC_12/35; JCI=0.86 for
2024 O_43/125, PAMC_9/40}
[CiteScore=5.1 for 2024; AMPO_83/232(64%) SJR=1.033;
SNIP=0.942;]
[Scimago SJR for 2024 SJR=1.033 Q1 H=307]
See publications P4 and P5
from 2025 publications.
{AMPO = Atomic and Molecular Physics and Optics; PA(A&U) = Physics and Astronomy (Acoustics and Ultrasonics), MS(SCF) = Materials Science (Surfaces, Coatings and Films), PA(CMP) = Physics and Astronomy (Condensed Matter Physics), MS(EOMM) = Materials Science (Electronic, Optical and Magnetic Materials), EEE = Electrical and Electronic Engineering, GCA = General Chemical Engineering, GPA=General Physics and Astronomy, FFTP = Fluid Flow and Transfer Processes, PTC=Physical and Theoretical Chemistry}
O01. Laura Fattaruso,
“A fundamental limit to how
fast coherence can spread”,
Zoran Hadzibabic and his team at the University of Cambridge’s
Cavendish Laboratory have been studying transition of a system from a
nonequilibrium to an equilibrium state in a confined cloud of weakly
interacting potassium-39 atoms.
References:
1. G. Martirosyan et al., “A
universal speed limit for spreading of coherence,” Nature 647, 608 (2025).
2. A. L. Gaunt et al.,
“Bose–Einstein condensation of atoms in a uniform potential,” Phys. Rev. Lett.
110, 200406 (2013). doi: 10.1103/PhysRevLett.110.200406
3. G. Martirosyan et al.,
“Observation of subdiffusive dynamic scaling in a
driven and disordered Bose gas,” Phys. Rev. Lett. 132, 113401 (2024). doi: 10.1103/PhysRevLett.132.113401
4. M. Gazo et al., “Universal coarsening in a homogeneous two-dimensional Bose gas,” Science 389, 802 (2025).
“Atoms and (bio)molecules-dynamics and collisional processes on short time scale”,
„Dinamika i sudarni procesi atoma i (bio)molekula na skalama kratkog
vremena”,
Science Fund #6821, ATMOLCOL : December 2023 - November 2026
Principal investigator: Dr. Violeta Petrović (PMFKg),
Participants: Jelena Maljković (IPB), Bratislav P. Mainković (IPB), Sanja
Tošić (IPB), Vladimir A. Srećković (IPB), Hristina
Delibašić Marković (PMFKg), Nenad Milojević (PMFNiš), Danilo
Delibašić (PMFNiš), Ivan Mančev (PMFNiš), Jelena Vukalović (UBL)
Republic of Serbia-JINR Russia collaboration program
“Theory of Nuclear Structure and Nuclear Reactions”
participants: T. Grozdanov (IPB), N. Simonović (IPB).
History and current cooperation of Serbia with JINR laboratories
GRANTS:
Back to LACP projects and publications