• Rizzuto F.P., Ostriker J. P., Stone N. C., et al.Intermediate mass black hole formation in compact young massive star clusters. 2021,MNRAS,Vol.501,is.4,p.5257-5273. 2021MNRAS.501.5257R
  • Snaith O., Lehnert M., Naroenkov S., et al.Bimodality of [α Fe]- [Fe/H] distributions is a natural outcome of dissipative collapse and disc growth in Milky Way- type galaxies. 2021,MNRAS,Vol.501,is.4,p.5176-5196. 2021MNRAS.501.5176K
  • Sergeyev A.V., Capaccioli M., Akerman N.A., et al.Dynamical model of an obscuring clumpy torus in AGNs: I. Velocity and velocity dispersion maps for interpretation of ALMA observations. 2021,MNRAS,(Advance Access). 2021MNRAS.tmp..494B
  • Khrapov S., Saburova A., Pulsoni C., et al.Extreme kinematic misalignment in IllustrisTNG galaxies: the origin, structure, and internal dynamics of galaxies with a large- scale counterrotation. 2021,MNRAS,Vol.500,is.3,p.3870-3888. 2021MNRAS.500.3870K
  • Trevisan M., Mamon G. A., Ferrari F., et al.The properties and environment of very young galaxies in the local Universe. 2021,MNRAS,(Advance Access). 2021MNRAS.tmp..513T
  • Vílchez J. M., Nefedyev Y. A., Lara-López M.A., et al.Two types of distribution of the gas velocity dispersion of MaNGA galaxies. 2021,A&A,Vol.646A,p.54 (5 pp.). 2021A&A...646A..54P

 

 

 

 

Random photo

obs_lev_2018.jpg

laser station

Station of laser observations of artificial Earth satellites

The station of laser observations of artificial Earth satellites is part of the worldwide network of stations of the International Earth Rotation Service and is actively monitoring international programs.

TPL-1M telescope

 

Laser rangefinder