Abter, R. and others. [GRAVITY Collaboration]detection of Schwarzschild precession in the orbit of star S2 near the galactic central giant black hole. Astron. Celestial body. 636L5 (2020).
Gillessen, S. and others. The latest information on monitoring stellar orbits in the Galactic Center. Celestial body. J. 83730 (2017).
Habibie, M. and others. 12 years of spectroscopic observations at the Galactic center: closest approach of S star near black hole. Celestial body. J. 847120 (2017).
Jovanović, P., Borka, D., Borka, Jovanović V. & Zakharov, AF Effect of bulk mass distribution on orbital precession of S2 stars in Yukawa gravity. Euro. Physics. JD 75145 (2021).
Adkins, GS & McDonnell, J. Orbital precession due to central force perturbation. Physics. Rev.D 75082001 (2007).
Eckart, A. & Genzel, R. Observations of stellar proper motions near the Galactic center. Nature 383415 (1996).
Ghez, AM, Klein, BL, Morris, M. & Becklin, EE High proper motion stars near Sagittarius A*: Evidence for a supermassive black hole at the center of the galaxy. Celestial body. J. 509678 (1998).
Schedel, R. and others. A star in an orbit of 15.2 years around the supermassive black hole at the center of the Milky Way. Nature 419694 (2002).
Eisenhower, F. and others. Geometric determination of the distance to the galactic center. Celestial body. J. 597L121 (2003).
Gez, AM and others. First measurements of spectral lines of short-period stars bound to the central black hole of a galaxy: the paradox of youth. Celestial body. J. 586L127 (2003).
Gez, AM and others. Measuring the distance and properties of a supermassive black hole with a stellar orbit at the center of the Milky Way galaxy. Celestial body. J. 6891044 (2008).
Hey\(\beta\)Dark mass signatures in the orbits of el, G. Paumard, T. Perrin, G. & Vincent, F. S2, and Astron. Celestial body. 660A13 (2022).
Heath, A. and others. A test of general relativity with stellar orbits around a supermassive black hole at the center of a galaxy. Physics. Rev. Lett. 118211101 (2017).
Della, Monica R. & de Martino, I. Elucidation of the properties of SgrA* in the geodesic motion of S-stars. J. Cosmo. Astro Part. Physics. 03007 (2022).
Gondolo, P. & Silk, J. Dark matter annihilation at the galactic center. Physics. Rev. Lett. 831719 (1999).
Gnedin, OY & Primack, JR Dark matter profile at the Galactic center. Physics. Rev. Lett. 93061302 (2004).
Bertone, G., Sigl, G. & Silk, J. Annihilation radiation from the dark matter spike at the Galactic center. Monday no. R. Astron.society 33798 (2002).
Fields, BD, Shapiro, SL & Shelto, J. Gamma-ray excess at the Galactic center due to dark matter annihilation: Is there a black hole spike?. Physics. Rev. Lett. 113151302 (2014).
Shapiro, SL & Shelton, J. Weak annihilation cusps in dark matter spikes around black holes. Physics. Rev.D 93123510 (2016).
Chan, MH Fornax cluster gamma-ray data constrain the ensemble of intermediate-mass black holes. Monday no. R. Astron.society 4813618 (2018).
Becerra-Vergara, EA, Arguelles, CR, Krut, A., Rueda, JA & Ruffini, R. S-stars hint at the dark matter nature of Sagittarius A*. Monday no. R. Astron.society 505L64 (2021).
Lacroix, T. Dynamic constraints on dark matter spikes at the Galactic center from stellar orbits. Astron. Celestial body. 619A46 (2018).
Becerra-Vergara, EA, Arguelles, CR, Krut, A., Rueda, JA & Ruffini, R. Geodesic motion of S2 and G2 as a test of the fermionic dark matter properties of the Galactic core. Astron. Celestial body. 641A34 (2020).
Nampariwaal, S. and others. Modeling of a Sgr A* black hole immersed in a dark matter spike. Celestial body. J. 916116 (2021).
Arguelles, CR and others. What lies at the center of the Milky Way? Insights from the precession of the S2 star orbit. Monday no. R. Astron.society 511L35 (2022).
Rubilar, GF & Eckart, A. Periastronic shifts of stellar orbits near the Galactic center. Astron. Celestial body. 37495 (2001).
Nucita, AA, De Paolis, F., Ingrosso, G., Qadir, A. & Zakharov, AF Sgr A*: Institute for measuring parameters of central black holes and star clusters. Public Astron. social pack. 119349 (2007).
Zakharov, AF, Nucita, AA, de Paolis, F. & Ingrosso, G. Apoastron shifts constraints on dark matter distribution in the Galactic center. Physics. Rev.D 76062001 (2007).
Dokuchaev, VI & Eroshenko, YN A physics laboratory at the center of the galaxy. Physics – Uspeki 58772 (2015).
Dokuchaev, VI & Eroshenko, YN Dark matter quantification at the Galactic center. JETPlet. 101777 (2015).
Abter, R. and others. [GRAVITY Collaboration]Galactic center mass distribution by interferometric astrometry of multiple stellar orbits. Astron. Celestial body. 657L12 (2022).
Ya, T. and others. Relativistic redshifts of stars S0–2 orbiting a supermassive black hole at the Galactic center. chemistry 365664 (2019).
Bahcall, J. & Wolf, RA Distribution of stars around a massive black hole in a globular cluster. Celestial body. J. 209214 (1976).
Iorio, L. Long-term classical and general relativistic effects on the radial velocity of stars orbiting Sagittarius A*. Monday no. R. Astron.society 411453 (2011).
Generozov, A., Stone, NC, Metzger, BD & Ostriker, JP Excess of black hole X-ray binaries in the Galactic center by tidal capture. Monday no. R. Astron.society 4784030 (2018).
Plummer, H. . C. On the problem of distribution of globular clusters: (Plate 8.). Monday no. R. Astron.society 71460 (1911).
Profumo, S., Giani, L. & Piattella, OF Introduction to particle dark matter. universe Five213 (2019).
Abter, R. and others. [GRAVITY Collaboration]Detection of the gravitational redshift in the orbit of star S2 near the massive black hole at the Galactic center. Astron. Celestial body. 615L15 (2018).
Abter, R. and others. [GRAVITY Collaboration]the measurement of the geometric distance to the galactic center black hole, with an uncertainty of 0.3%. Astron.astrophysics 625L10 (2019).
Steigman, G., Dasgupta, B. & Beacom, JF Precise relic WIMP abundance and implications for searching for dark matter annihilation. Physics. Rev.D 86023506 (2012).
Peißker, F., Eckart, A. & Parsa, M. 62 is in a 9.9-year orbit around Sagittarius A*S. Celestial body. J. 88961 (2020).
Peißker, F., Eckart, A., Zajac̃ek, M., Ali, B. & Parsa, M. S62 and S4711: Evidence of a faint fast-moving star cluster in the S2 orbit – on an orbit around 7.6 years. S4711 Sgr A*. Celestial body. J. 89950 (2020).
Peißker, F., Eckart, A., Zajac̃ek, M. & Britzen, S. Observations of S4716 – a star in a four-year orbit around Sagittarius A*. Celestial body. J. 93349 (2022).
