Title |
Authors
(NCAC employees) |
Journal reference
|
|---|
|
1. MOCCA: Effects of pristine gas accretion and cluster migration on globular cluster evolution, global parameters, and multiple stellar populations |
Giersz et al.
Askar, A.;
Giersz, M.;
Hellström, A.;
Hypki, A.;
Wiktorowicz, G.
|
A&A 699, A76 (2025) |
|
2. Evolution of star clusters with initial bulk rotation via N-body simulations |
Bissekenov et al.
Askar, A.;
Bertsyk, P.;
Giersz, M.
|
A&A 699, A196 (2025) |
|
3. MOCCA: Global properties of tidally filling and underfilling globular star clusters with multiple stellar populations |
Hypki et al.
Askar, A.;
Giersz, M.;
Hellström, A.;
Hypki, A.;
Wiktorowicz, G.
|
A&A 693, A41 (2025) |
|
4. Ultraluminous X-ray sources in Globular Clusters |
Wiktorowicz et al.
Askar, A.;
Giersz, M.;
Hellström, A.;
Hypki, A.;
Wiktorowicz, G.
|
A&A 696, A90 (2025) |
|
5. Multiple stellar populations in MOCCA globular cluster models: Transient spatial overconcentration of pristine red giant stars driven by strong dynamical encounters |
Giersz et al.
Askar, A.;
Giersz, M.;
Hellström, A.;
Hypki, A.;
Wiktorowicz, G.
|
A&A 698, L11 (2025) |
|
6. [ image ]Gravitational wave astronomy with TianQin |
Li et al.
Askar, A.;
Giersz, M.;
Hypki, A.
|
RPPh 88, 056901 (2025) |
|
7. Discovery of a hot post-AGB star in Galactic globular cluster E3 |
Kumar et al.
Giersz, M.;
Hełminiak, K.;
Moharana, A.;
Szczerba, R.
|
A&A 685, L6 (2024) |
|
8. Double white dwarf binary population in MOCCA star clusters: Comparisons with observations of close and wide binaries |
Hellström et al.
Askar, A.;
Giersz, M.;
Hellström, A.;
Hypki, A.;
Wiktorowicz, G.
|
A&A 690, A112 (2024) |
|
9. The DRAGON-II simulations - I. Evolution of single and binary compact objects in star clusters with up to 1 million stars |
Arca Sedda et al.
Bertsyk, P.;
Giersz, M.
|
MNRAS 528, 5119 (2024) |
|
10. Energy equipartition in multiple-population globular clusters |
Livernois et al.
Askar, A.;
Giersz, M.;
Hypki, A.
|
MNRAS 534, 2397 (2024) |
|
11. Probing intracluster dynamics and evolution of globular clusters through cataclysmic variable populations |
Oh et al.
Giersz, M.
|
MNRAS 532, 259 (2024) |
|
12. The DRAGON-II simulations - III. Compact binary mergers in clusters with up to 1 million stars: mass, spin, eccentricity, merger rate, and pair instability supernovae rate |
Arca sedda et al.
Bertsyk, P.;
Giersz, M.
|
MNRAS 528, 5140 (2024) |
|
13. The DRAGON-II simulations - II. Formation mechanisms, mass, and spin of intermediate-mass black holes in star clusters with up to 1 million stars |
Arca Sedda et al.
Bertsyk, P.;
Giersz, M.
|
MNRAS 526, 429 (2023) |
|
14. MOCCA-Survey Database: extra galactic globular clusters - III. The population of black holes in Milky Way and Andromeda-like galaxies |
Leveque et al.
Giersz, M.;
Leveque, A.;
Olejak, A.
|
MNRAS 520, 2593 (2023) |
|
15. MOCCA: dynamics and evolution of single and binary stars of multiple stellar populations in tidally filling and underfilling globular star clusters |
Hypki et al.
Giersz, M.;
Hypki, A.;
Leveque, A.
|
MNRAS 517, 4768 (2022) |
|
16. Influence of tidal dissipation on outcomes of binary-single encounters between stars and black holes in stellar clusters |
Hellström et al.
Giersz, M.;
Hellström, A.
|
MNRAS 517, 1695 (2022) |
|
17. Preparing the next gravitational million-body simulations: evolution of single and binary stars in NBODY6++GPU, MOCCA, and MCLUSTER |
Kamlah et al.
Giersz, M.;
Leveque, A.
|
MNRAS 511, 4060 (2022) |
|
18. Forming short period sub-stellar companions in 47 Tucanae - II. Analytical expressions for the orbital evolution of planets in dense environments |
Winter, Andrew J.; Clarke, Cathie J.; Rosotti, Giovanni; Giersz, Mirek
Giersz, M.
|
MNRAS 515, 2837 (2022) |
|
19. The impact of stellar evolution on rotating star clusters: the gravothermal-gravogyro catastrophe and the formation of a bar of black holes |
Kamlah et al.
Giersz, M.
|
MNRAS 516, 3266 (2022) |
|
20. MOCCA-SURVEY Database I: tidal disruption events of white dwarfs in globular clusters and young mass clusters |
Tanikawa, Ataru; Giersz, Mirek; Arca Sedda, Manuel
Giersz, M.
|
MNRAS 515, 4038 (2022) |
|
21. MOCCA-survey data base: extra galactic globular clusters - II. Milky Way and Andromeda |
Leveque, A.; Giersz, M.; Arca-Sedda, M.; Askar, Abbas
Giersz, M.;
Leveque, A.
|
MNRAS 514, 5751 (2022) |
|
22. A Monte Carlo study of early gas expulsion and evolution of star clusters: new simulations with the MOCCA code in the AMUSE framework |
Leveque et al.
Giersz, M.;
Leveque, A.
|
MNRAS 514, 5739 (2022) |
|
23. MOCCA-SURVEY data base II - Properties of intermediate mass black holes escaping from star clusters |
Maliszewski et al.
Giersz, M.;
Hypki, A.
|
MNRAS 514, 5879 (2022) |
|
24. Black hole mergers in compact star clusters and massive black hole formation beyond the mass gap |
Rizzuto et al.
Giersz, M.
|
MNRAS 512, 884 (2022) |
|
25. Forming short-period substellar companions in 47 Tucanae - I. Dynamical model and brown dwarf tidal capture rates |
Winter, Andrew J.; Rosotti, Giovanni P.; Clarke, Cathie; Giersz, Mirek
Giersz, M.
|
MNRAS 509, 3924 (2022) |
|
26. Breaching the Limit: Formation of GW190521-like and IMBH Mergers in Young Massive Clusters |
Arca-Sedda et al.
Giersz, M.
|
ApJ 920, 128 (2021) |
|
27. Intermediate mass black hole formation in compact young massive star clusters |
Rizzuto et al.
Giersz, M.
|
MNRAS 501, 5257 (2021) |
|
28. Dynamical evolution of multiple-population globular clusters |
Vesperini, Enrico; Hong, Jongsuk; Giersz, Mirek; Hypki, Arkadiusz
Giersz, M.;
Hypki, A.
|
MNRAS 502, 4290 (2021) |
|
29. MOCCA Survey Database: extra Galactic globular clusters. I. Method and first results |
Leveque, A.; Giersz, M.; Paolillo, M.
Giersz, M.;
Leveque, A.
|
MNRAS 501, 5212 (2021) |
|
30. Evolutionary roads leading to low effective spins, high black hole masses, and O1/O2 rates for LIGO/Virgo binary black holes |
Belczynski et al.
Belczyński, K.;
Giersz, M.;
Lasota-Hirszowicz, J.;
Mondal, S.
|
A&A 636, A104 (2020) |
|
31. On the absence of symbiotic stars in globular clusters |
Belloni et al.
Giersz, M.;
Iłkiewicz, K.;
Mikołajewska, J.
|
MNRAS 496, 3436 (2020) |
|
32. MOCCA-SURVEY Database I: Binary black hole mergers from globular clusters with intermediate mass black holes |
Hong et al.
Giersz, M.;
Hypki, A.
|
MNRAS 498, 4287 (2020) |
|
33. In Search of the Thermal Eccentricity Distribution |
Geller et al.
Giersz, M.
|
ApJ 872, 165 (2019) |
|
34. MOCCA survey data base- I. Dissolution of tidally filling star clusters harbouring black hole subsystems |
Giersz et al.
Giersz, M.;
Leveque, A.
|
MNRAS 487, 2412 (2019) |
|
35. Finding black holes with black boxes - using machine learning to identify globular clusters with black hole subsystems |
Askar, Ammar; Askar, Abbas; Pasquato, Mario; Giersz, Mirek
Giersz, M.
|
MNRAS 485, 5345 (2019) |
|
36. MOCCA-SURVEY database I. Accreting white dwarf binary systems in globular clusters - IV. Cataclysmic variables - properties of bright and faint populations |
Belloni et al.
Askar, A.;
Ciecieląg, P.;
Giersz, M.;
Teixeira Belloni, D.
|
MNRAS 483, 315 (2019) |
|
37. The origin of the first neutron star - neutron star merger |
Belczynski et al.
Askar, A.;
Belczyński, K.;
Giersz, M.;
Teixeira Belloni, D.
|
A&A 615, A91 (2018) |
|
38. MOCCA-SURVEY Database. I. Eccentric Black Hole Mergers during Binary─Single Interactions in Globular Clusters |
Samsing, Johan; Askar, Abbas; Giersz, Mirek
Askar, A.;
Giersz, M.
|
ApJ 855, 124 (2018) |
|
39. MOCCA-SURVEY Database I: Assessing GW kick retention fractions for BH-BH mergers in globular clusters |
Morawski, Jakub; Giersz, M.; Askar, A.; Belczynski, K.
Askar, A.;
Belczyński, K.;
Giersz, M.
|
MNRAS 481, 2168 (2018) |
|
40. Binary black hole mergers from globular clusters: the impact of globular cluster properties |
Hong et al.
Askar, A.;
Giersz, M.
|
MNRAS 480, 5645 (2018) |
|
41. MOCCA-Survey Database - I. Unravelling black hole subsystems in globular clusters |
Arca Sedda, Manuel; Askar, Abbas; Giersz, Mirek
Giersz, M.
|
MNRAS 479, 4652 (2018) |
|
42. No cataclysmic variables missing: higher merger rate brings into agreement observed and predicted space densities |
Belloni et al.
Giersz, M.;
Iłkiewicz, K.;
Teixeira Belloni, D.
|
MNRAS 478, 5639 (2018) |
|
43. Dynamical equivalence, the origin of the Galactic field stellar and binary population, and the initial radius–mass relation of embedded clusters |
Belloni, Diogo; Kroupa, Pavel; Rocha-Pinto, Helio J.; Giersz, Mirek
Giersz, M.;
Teixeira Belloni, D.
|
MNRAS 474, 3740 (2018) |
|
44. MOCCA-SURVEY Database I: Galactic globular clusters harbouring a black hole subsystem |
Askar, Abbas; Arca Sedda, Manuel; Giersz, Mirek
Askar, A.;
Giersz, M.
|
MNRAS 478, 1844 (2018) |
|
45. COCOA code for creating mock observations of star cluster models |
Askar, Abbas; Giersz, Mirek; Pych, Wojciech; Dalessandro, Emanuele
Askar, A.;
Giersz, M.;
Pych, W.
|
MNRAS 475, 4170 (2018) |
|
46. mocca code for star cluster simulations - VI. Bimodal spatial distribution of blue stragglers |
Hypki, Arkadiusz; Giersz, Mirek
Giersz, M.
|
MNRAS 471, 2537 (2017) |
|
47. MOCCA-SURVEY Database - I. Coalescing binary black holes originating from globular clusters |
Askar et al.
Askar, A.;
Giersz, M.
|
MNRAS 464, L36 (2017) |
|
48. MOCCA-SURVEY Database I: Is NGC 6535 a dark star cluster harbouring an IMBH? |
Askar et al.
Askar, A.;
Giersz, M.
|
MNRAS 464, 3090 (2017) |
|
49. MOCCA-SURVEY database I. Accreting white dwarf binary systems in globular clusters - II. Cataclysmic variables - progenitors and population at birth |
Belloni et al.
Askar, A.;
Giersz, M.;
Teixeira Belloni, D.
|
MNRAS 464, 4077 (2017) |
|
50. Dynamical formation of cataclysmic variables in globular clusters |
Hong, Jongsuk; Vesperini, Enrico; Belloni, Diogo; Giersz, Mirek
Giersz, M.;
Teixeira Belloni, D.
|
MNRAS 464, 2511 (2017) |
|
51. MOCCA code for star cluster simulations - V. Initial globular cluster conditions influence on blue stragglers |
Hypki, Arkadiusz; Giersz, Mirek
Giersz, M.;
Hypki, A.
|
MNRAS 466, 320 (2017) |
|
52. mocca-SURVEY database I. Accreting white dwarf binary systems in globular clusters - III. Cataclysmic variables - implications of model assumptions |
Belloni et al.
Askar, A.;
Giersz, M.;
Teixeira Belloni, D.
|
MNRAS 468, 2429 (2017) |
|
53. Prospects for detection of intermediate-mass black holes in globular clusters using integrated-light spectroscopy |
de Vita et al.
Askar, A.;
Giersz, M.
|
MNRAS 467, 4057 (2017) |
|
54. Mass evaporation rate of globular clusters in a strong tidal field |
Madrid, Juan P.; Leigh, Nathan W. C.; Hurley, Jarrod R.; Giersz, Mirek
Giersz, M.
|
MNRAS 470, 1729 (2017) |
|
55. On the initial binary population for star cluster simulations |
Belloni et al.
Askar, A.;
Giersz, M.;
Teixeira Belloni, D.
|
MNRAS 471, 2812 (2017) |
|
56. The dynamical origin of multiple populations in intermediate-age clusters in the Magellanic Clouds |
Hong et al.
Askar, A.;
Giersz, M.
|
MNRAS 472, 67 (2017) |
|
57. MOCCA-SURVEY database I. Accreting white dwarf binary systems in globular clusters - I. Cataclysmic variables - present-day population |
Belloni et al.
Askar, A.;
Giersz, M.;
Teixeira Belloni, D.
|
MNRAS 462, 2950 (2016) |
|
58. The DRAGON simulations: globular cluster evolution with a million stars |
Wang et al.
Askar, A.;
Giersz, M.
|
MNRAS 458, 1450 (2016) |
|
59. The state of globular clusters at birth - II. Primordial binaries |
Leigh et al.
Giersz, M.;
Hypki, A.
|
MNRAS 446, 226 (2015) |
|
60. MOCCA code for star cluster simulations - IV. A new scenario for intermediate mass black hole formation in globular clusters |
Giersz et al.
Askar, A.;
Giersz, M.;
Hypki, A.
|
MNRAS 454, 3150 (2015) |
|
61. The M 4 Core Project with HST - II. Multiple stellar populations at the bottom of the main sequence |
Milone et al.
Giersz, M.
|
MNRAS 439, 1588 (2014) |
|
62. The M 4 Core Project with HST - III. Search for variable stars in the primary field |
Nascimbeni et al.
Giersz, M.
|
MNRAS 442, 2381 (2014) |
|
63. Revisiting the universality of (multiple) star formation in present-day star formation regions |
Marks et al.
Giersz, M.
|
MNRAS 441, 3503 (2014) |
|
64. MOCCA code for star cluster simulations - III. Stellar-mass black holes in the globular cluster M22 |
Heggie, Douglas C.; Giersz, Mirek
Giersz, M.
|
MNRAS 439, 2459 (2014) |
|
65. The M4 Core Project with HST --- I. Overview and First-Epoch |
Bedin et al.
Giersz, M.
|
AN 334, 1062 (2013) |
|
66. MOCCA code for star cluster simulations - II. Comparison with N-body simulations |
Giersz, Mirek; Heggie, Douglas C.; Hurley, Jarrod R.; Hypki, Arkadiusz
Giersz, M.;
Hypki, A.
|
MNRAS 431, 2184 (2013) |
|
67. The state of globular clusters at birth: emergence from the gas-embedded phase |
Leigh et al.
Giersz, M.;
Hypki, A.
|
MNRAS 436, 3399 (2013) |
|
68. MOCCA code for star cluster simulations – I. Blue stragglers, first results |
Hypki, A.; Giersz, M.
Giersz, M.;
Hypki, A.
|
MNRAS 429, 1221 (2013) |
|
69. Monte Carlo simulations of star clusters - VII. The globular cluster 47 Tuc |
Giersz, Mirek; Heggie, D. C.
Giersz, M.
|
MNRAS 410, 2698 (2011) |
|
70. Compact binaries in star clusters - II. Escapers and detection rates |
Downing, J. M. B.; Benacquista, M. J.; Giersz, M.; Spurzem, R.
Giersz, M.
|
MNRAS 416, 133 (2011) |
|
71. Compact binaries in star clusters - I. Black hole binaries inside globular clusters |
Downing, J. M. B.; Benacquista, M. J.; Giersz, M.; Spurzem, R.
Giersz, M.
|
MNRAS 407, 1946 (2010) |
|
72. Dynamics of Planetary Systems in Star Clusters |
Spurzem, R.; Giersz, M.; Heggie, D. C.; Lin, D. N. C.
Giersz, M.
|
ApJ 697, 458 (2009) |
|
73. 1 Gyr in the life of the globular cluster NGC 6397 |
Heggie, D. C.; Giersz, Mirek
Giersz, M.
|
MNRAS 397, 46 (2009) |
|
74. Monte Carlo simulations of star clusters - VI. The globular cluster NGC 6397 |
Giersz, Mirek; Heggie, D. C.
Giersz, M.
|
MNRAS 395, 1173 (2009) |
|
75. High-resolution simulations of globular cluster dynamics |
Heggie, D. C.; Giersz, M.
Giersz, M.
|
AN 329, 1065 (2008) |
|
76. Monte Carlo simulations of star clusters - V. The globular cluster M4 |
Heggie, D. C.; Giersz, Mirek
Giersz, M.
|
MNRAS 389, 1858 (2008) |
|
77. Monte Carlo simulations of star clusters - IV. Calibration of the Monte Carlo code and comparison with observations for the open cluster M67 |
Giersz, Mirek; Heggie, D. C.; Hurley, Jarrod R.
Giersz, M.
|
MNRAS 388, 429 (2008) |
|
78. Monte Carlo simulations of star clusters - III. A million-body star cluster |
Giersz, Mirek
Giersz, M.
|
MNRAS 371, 484 (2006) |
|
79. Anisotropic gaseous models of tidally limited star clusters: comparison with other methods |
Spurzem, R.; Giersz, M.; Takahashi, K.; Ernst, A.
Giersz, M.
|
MNRAS 364, 948 (2005) |
|
80. A stochastic Monte Carlo approach to modelling real star cluster evolution - III. Direct integration of three- and four-body interactions |
Giersz, M.; Spurzem, R.
Giersz, M.
|
MNRAS 343, 781 (2003) |
|
81. A simple dynamical evolutionary model for ω Cen |
Giersz, Mirek; Heggie, D. C.
Giersz, M.
|
MNRAS 339, 486 (2003) |
|
82. MODEST-2: a summary |
Sills et al.
Giersz, M.
|
NewA 8, 605 (2003) |
|
83. Monte Carlo simulations of star clusters - II. Tidally limited, multimass systems with stellar evolution |
Giersz, Mirek
Giersz, M.
|
MNRAS 324, 218 (2001) |
|
84. A stochastic Monte Carlo approach to model real star cluster evolution - II. Self-consistent models and primordial binaries |
Giersz, M.; Spurzem, R.
Giersz, M.
|
MNRAS 317, 581 (2000) |
|
85. Monte Carlo simulations of star clusters - I. First Results |
Giersz, Mirek
Giersz, M.
|
MNRAS 298, 1239 (1998) |
|
86. Statistics of N-body simulations - IV. Unequal masses with a tidal field |
Giersz, Mirek; Heggie, D. C.
Giersz, M.
|
MNRAS 286, 709 (1997) |
|
87. The possible evolutionary scenarios for the eclipsing binary system PSR 1718-19. |
Ergma, E.; Sarna, M. J.; Giersz, M.
Giersz, M.;
Sarna, M.
|
A&A 307, 768 (1996) |
|
88. Statistics of N-body simulations - III. Unequal masses |
Giersz, Mirek; Heggie, D. C.
Giersz, M.
|
MNRAS 279, 1037 (1996) |
|
89. A stochastic Monte-Carlo approach to model real star cluster evolution. I. The model |
Spurzem, R.; Giersz, M.
Giersz, M.
|
MNRAS 283, 805 (1996) |
|
90. Statistics of N-Body Simulations - Part One - Equal Masses Before Core Collapse |
Giersz, M.; Heggie, D. C.
Giersz, M.
|
MNRAS 268, 257 (1994) |
|
91. Statistics of N-Body Simulations - Part Two - Equal Masses after Core Collapse |
Giersz, M.; Heggie, D. C.
Giersz, M.
|
MNRAS 270, 298 (1994) |
|
92. Comparing direct N-body integration with anisotropic gaseous models of star clusters |
Giersz, M.; Spurzem, R.
Giersz, M.
|
MNRAS 269, 241 (1994) |
|
93. Two-Body Tidal Capture of Main Sequence Stars and White Dwarfs |
Giersz, M.
Giersz, M.
|
AcA 36, 181 (1986) |
|
94. Two-body capture in large N-body systems. II |
Giersz, M.
Giersz, M.
|
AcA 35, 401 (1985) |
|
95. Two-body capture in large N body systems. I |
Giersz, M.
Giersz, M.
|
AcA 35, 119 (1985) |
|
96. A family of three-dimensional orbits in the restricted problem of three bodies - Application to inclined disks |
Giersz, M.; Zalewski, J.
Giersz, M.;
Zalewski, J.
|
AcA 32, 185 (1982) |
