• Grebel E.K., Pilyugin L.S., Zinchenko I.A., et al.Validity of abundances derived from spaxel spectra of the MaNGA survey. 2018,A&A,V.613,p.1 (19pp.). 2018A&A...613A...1P
  • Ivanova О.V., Reshetnyk V.M., Skorov Yu.V., et al.The optical characteristics of the dust of sungrazing comet C/ 2012 S1 (ISON) observed at large heliocentric distances. 2018,Icarus,Vol.313,p.1-14. 2018Icar..313....1I
  • Babyk Iu.V., McNamara B.R., Pulido F.A.,The Origin of Molecular Clouds in Central Galaxies. 2018,ApJ,Vol.853,is.2,p.177 (17 pp.). 2018ApJ...853..177P
  • Babyk Iu.V., Nulsen P.E.J., McNamara B.R.,X-Ray Scaling Relations of Early- type Galaxies. 2018,ApJ,V.857,is.1,p.32 (18 pp.). 2018ApJ...857...32B
  • Cally P.S., Khomenko E.V.,Fast-to-Alfvén Mode Conversion in the Presence of Ambipolar Diffusion. 2018,ApJ,Vol.856,is.1,p.20 (11 pp.). 2018ApJ...856...20C
  • Kulyk I.V., Rousselot P., Korsun P.P., et al.Physical activity of the selected nearly isotropic comets with perihelia at large heliocentric distance. 2018,A&A,Vol.611,p.32 (10 pp.).





Random photo


Museum of MAO NASU history


The center of the hall

Toepfer astrograf pavillion. Click to enlargeMuseum of MAO NAS of Ukraine located in the pavilion of the Toepfer double long-focus Astrograph. Visitors are met with a poster informing that after the Main Astronomical Observatory of National Academy of Sciences (Holosiivskyi) the minor planet number 15675 entitled "HOLOSYEYEVO" (GOLOSEEVO).

The big exposition stand is devoted to the history of MAO for 60 years: photographs show the copy of the Decree about the creation of the Observatory, the first buildings of the Observatory, the first instruments (vertical circle, double long-focus astrograph, two-cameras short-focus astrograph), photos of the first employee and more. In the early years of the Observatory study concerned astrometric problems: observations of stars in the framework of the joint program of "The catalog of faint stars"," photographic observations of stars and galaxies, the collection the "first epoch" observations for future determinations of the proper motions of stars

Subsequently, the research fields expanded: the programs started at that time were the study of the moon and planets, variable stars, galaxies, solar physics, the Earth's rotation and more. The new instruments were established: a small solar telescope with a spectrograph, chromospheric telescope reflector AZT-2, a horizontal solar telescope ATSU-5. Later, the Carl Zeiss Jena double wide-angle astrograph was put into operation. In 1964 the building of the mechanical workshop was built, and in 1977 the construction of a new laboratory building was completed. In one of the small towers, the laser rangefinder has located. In 1991 a new building for precision mechanics and optics was put into operation.

In 1970 the construction of the high-altitude observational base on the Terskol peak (Caucasus) started.

Many famous scientists, cosmonauts, were the guests of the Observatory. There are many memorable photos about these visits in the museum. Some of the famous visitors left their signs in remembrance on the column of the double wide-angle astrograph.

On the right hand of the central hall, there is one of the first instruments installed in the Observatory, the Wanschaff's vertical circle (D=19 см, F=25см). The first observers on the vertical circle were O.Korol, V.Konin, later they were A.Kharin, Ye.Nenakhova. The catalogs of star declinations obtained with the vertical circle were found to be the most precise for the time.

In the office on the left hand, there is an exposition of measuring instruments used for the measuring of star images on the photographic films and plates in 50-70th of the last century: microphotometer, blink-comparator, Ascorecord and others.


Astrometric room

Here, there is an exposition of the photographic portraits of the heads of the first astrometric divisions of the Observatory: O.Ya.Orlov, A.O.Yakovkin, Ye.P.Fedorov, I.G.Kolchinsky, as well as the first observers O.K.Korol and I.G.Kolchinsky. The exposition is dedicated to their contribution to the development of the studies in the field of the fundamental and photographic astrometry, selenodesy, and the Earth's rotation.

O.Ya.Orlov is recognized as a founder of the global geodynamics. His classic works combined the methods of astronomy and geophysics for the investigation of the Earth as a planet. His highly talented follower Ye.P.Fedorov gained the worldwide fame by his theoretical research in the field of the Earth's nutation wich put the basis for the further developments of scientists from different countries. Their achievements were highly appreciated and marked by the R.Descartes Award. Among the winners was the acting Director of the Observatory Ya.S.Yatskiv. The unique series of polar coordinates over the 100 years period obtained by the MAO scientists was widely used for geodynamic researches.   For a long time, the world priority in the study of the rotation of the Earth with classic methods was for MAO.

The heritage of the world science is not only catalogs obtained by the vertical circle but also the series of selenodetic catalogs which formed the reference system of selenodetic coordinates  4900. The development of the Moon studies in the Observatory was carried out thanks to the coryphaei A.O.Yakovkin and his follower I.V.Gavrilov. Two craters on the Moon are named in their honor.

I.G.Kolchinsky was the founder and the first head of the Department of the Photographic Astrometry. His works on the study of the instability of the Earth's atmosphere are widely known in the world.

Some stands are devoted to the present state of the astrometric research, in particular, to the participation of the Observatory in international projects such as International Earth Rotation Service (the Department of the Space Geodynamics) and HIPPARCOS (the Department of the Astrometry). The scientists of the Observatory gained the first State Prize of Ukraine in the fields of science and technology in 1983 for the series of researches "The theoretic development and practical implementation of coordinate systems for geodynamics, selenodesy, and space research".

Here, one can find also the showcases with personal things belonged to I.G.Kolchinsky and Ye.P.Fedorov as a tribute to the eminent scientists for their substantial contribution to astrometric science.

There is an exposition of historical subjects of the early period of the Observatory - the old furniture, calculation facilities and others which can restore the atmosphere of the formation and the first steps of the Ukrainian astrometry.

In the round hall of the second floor, there is an exposition of gifts and letters of greetings on the occasions of jubilees of the Observatory and other memorable dates. Here, in the showcases, the album with historical sketches of the initial project of the observatory building is exposed as well as badges with logos of different observatories, scientific meetings, and conferences, postmarks, samples of meteorites, and the envelope with the autograph of Neil Armstrong - the first man who visited the Moon.


Astrophysics room

The gallery of photographic portraits introduces Sh.G.Gordeladze - the first Scientific Secretary of the Observatory and the initiator of the astrophysical research, V.P.Tsesevich - the second Director of the Observatory, Ye.A.Gurtovenko - the founder of the Department of the Solar Physics, V.P.Konopleva - one of the most devoted researchers of comets.

The intensive astrophysical investigations started in 1959 after the installing the 70-cm reflector (AZT-2).

The first years of astrophysics in the Observatory were tightly connected with names of Sh.G.Gordeladze and V.P.Tsesevich. They did very much to provide the Observatory with state-to-the-art scientific instrumentation. They also put the cornerstone into studies of stars and galaxies.

The general directions of research in the Department of Physics of Planets were the studies of physical and optical properties of atmospheres and surfaces of planets and their moons and the theory of radiative transfer. Due to instruments designed in the Department the substantial steps were made in the studies of Mars, Saturn, and Jupiter. In particular, in the Department, space photographic images of Mars, Venus, and the Moon were processed and analyzed.

The studies of comets in the Observatory were initiated and widen by V.P.Konopleva. The most significant results were reached in the theoretic works. The foresight of the nature of comet cores made by L.M.Shulman was successfully approved during Halley mission in 1986. MAO NAS of Ukraine was the most active participant in that mission.

The Department of the Solar Physics was founded by Ye.A.Gurtovenko. Here, there is an individual exposition in his honor. In the Department, the diapason of studies was very wide. Firstly, the Department joint to the Solar Service of the USSR. It was very important for different aims, in particular, for the cosmonautics. The installation of highly automated ATSU-5 telescope favored the investigations of active solar formations such as protuberances, flares etc.  The theoretic conclusions permitted to obtain new data about physical processes on the Sun.  The staff of the Departure took an active part in the observations of total solar eclipses, in particular, on the observational site on Cook Island.

The part of the exposition exhibits the current state of astrophysics research in MAO NAS of Ukraine, in particular, it concerns the participation of the Department of Solar Physics in the space mission CORONAS.

The other stand is devoted to the construction of the High-altitude observational base on Terskol peak in Elbrus region (now International Center for Astronomical, Medical, and Ecological Research), started in 1970 and successfully finished by the installation of Zeiss-2000 telescope.

In 2003 scientists of the Observatory won the State Prize of Ukraine in the fields of science and technology "The development of theoretical basis and the unique observational base in Golosiiv and on the Terskol peak for studies of the Sun and Solar System bodies".

One of exposed museum pieces is the book with the autograph of S.Chandrasekhar presented by E.G.Yanovitsky.


Under the dome

The main exhibit in this room: Toepfer-Steinheil Double Long-focus astrograph (DLFA)

Focus – 5500 mm

Diameters: photographic - 400 mm

photovisual - 400 mm

visual (guide) - 300 mm

This instrument was built in 1912-1914 by Otto Steinheil for Babelsberg observatory near Berlin. In 1949 it was moved to Golosiiv and installed in the old pavilion. Now there left only the foundation of that pavilion near the new one where, at present, this Museum is located.

During its operating period  (1949-1986) more than 6000 direct photographic plates were obtained. The main observational programs performed on the astrograph:

  • Sky areas with galaxies and fundamental stars of the joint program of the Catalog of faint stars.
  • Sky areas with open clusters and associations, variable and nova stars.
  • Observations of Solar System bodies (major planets and their moons, selected minor planets and comets).

Several generations of observers conducted the observations on the astrograph. Persons who first mastered the telescope were I.G.Kolchinsky, A.B.Onegina, I.V.Gavrilov. Thanks to them the general observational programs were adopted. Those programs later permitted the Observatory to make its contribution to astrometric science.  Catalogs of absolute proper motions relative to galaxies made in the framework of the faint stars catalog project served as a basis for calibration of HIPPARCOS proper motions.

In the time-service room, there is an exposition of old clocks and chronometers. Here one can see the photos of the stages of development of astronomical instruments from a quadrant of Ulughbek observatory to Hubble telescope. There is also the map of the Moon with marked craters named in honor of A.O.Yakovkin and I.V.Gavrilov.