Departament of Astronomy, Faculty of Physics
Astronomical cabinet was founded at Kharkiv University at 1808, the Department of Astronomy was founded at 1824, and the Astronomical Observatory at the University was created at 1883 by Prof. G. V. Levitsky. The Scientific Research Institute of Astronomy was founded at 2002 on the base of the Astronomical Observatory. From 1894 to 1915 the Department of Astronomy and Astronomical Observatory were headed by Prof. L. O. Struve, the grandson of the founder and first header of the Pulkovo Observatory V. Ja. Struve. Prof. L. O. Struve was the founder of Kharkiv school of positional astronomy. The Honored worker of science of Ukraine N.N. Evdokimov, the Laureate of State prize of USSR V. V. Kavrajsky, the Honored worker of Science and Technology of Russian Federation B.I. Kudrevich, and the Honored worker of Science of Ukraine B. P. Ostashchenko-Kudriavtsev were the representatives of this school. The next outstanding astrophysicists of XX century were the pupils of Prof. L. O. Struve: academician of USSR Academy of Sciences V.G. Fesenkov, academician of Ukraine Academy of Sciences N.P. Barabashov, one of founder theoretic astrophysics, director of the Pulkovo Observatory Prof. B. P. Gerasimovich, the President of International Astronomical Union and director of some known US observatories Prof. O. L. Struve. The studies of the physical conditions at the Moon and Solar System planets were started by V.G. Fesenkov and were continued by N. P. Barabashov, who created the worldwide known school of planetology. The data obtained at Kharkiv about the surface of the Moon, surface and atmosphere of Mars, atmospheres of Venus and giant planets played the important role at the first stage of planet investigations by space missions. Astronomers of KhNU took part in preparing and data processing of the all Soviet space programs of investigations for Moon, Mars, Venus and Halley comet.
The astronomers KhNU have wide contacts with many science institutions in Ukraine, Russia and other countries of FSU, USA, Germany, Italy, French, Sweden, Finland, Poland and Czech Republic.
Now 30 objects in Solar System (craters on the Moon, Mars and Venus, minor planets) are named the names of alumni of the Department of Astronomy of KhNU.
Professors and teachers of Department:
- Andrey M. Gretsky, head of Department, assistant professor, candidate of physical and mathematical sciences.
- Yurij V. Alexandrov, professor, candidate of physical and mathematical sciences.
- Vladimir A. Zahozhaj, professor, doctor of physical and mathematical sciences.
- Yurij G. Shkuratov, director of SRI of Astronomy of KhNU, professor, doctor of physical and mathematical sciences.
- Elena Yu. Bannikova, assistant professor, candidate of physical and mathematical sciences.
- Petr N. Fedorov, assistant professor, candidate of physical and mathematical sciences.
- Vasilij G. Shevchenko, assistant professor, candidate of physical and mathematical sciences.
- Dmitrij G. Stankevich, assistant professor, candidate of physical and mathematical sciences.
Field of research – physics of the Sun, planets, Moon, minor planets of Solar System, positional astronomy, star astronomy, gravitational lensing of quasars et cet.
The training of astronomers at Kharkiv Karazin National University was performed in a frame of speciality “Astronomy” on the department of astronomy of the physical department. Admission – 10 persons. The admission is performed also on commercial base. The winners of National Olympiads and winners national competitions of Minor Academy of Sciences have admission preferences. The students will get the diploma of bachelor by speciality “Physics” after four years of teaching and after one year else – the diploma of master’s degree in Astronomy. The astronomy students get the fundamental training by the general and theoretical physics, mathematics, computer sciences and they study the spherical astronomy, position astronomy, celestial mechanics, general and theoretical astrophysics, stellar and extragalactic astronomy, computer sciences in astronomy, methods of astronomical researches, cosmology, perform three educational practical works and two research practical works in SRI of Astronomy and Chuguev Observation Station, Institute of Radio Astronomy of NASU, Nikolaev Astronomical Observatory, Crimean Astrophysical Observatory and Main Astronomical Observatory of NASU. Since 2008 in department of astronomy specialization «Space computer sciences» was created. Main topic is to teach students to process the great volumes of science information using new computer technologies. In the end of the teaching the students fulfil and defend the diploma of the Master’s degree in different field of Astronomy with using new information technologies. The departament (with SRI of Astronomy) has the postgraduate teaching on specialties “Heliophysics and Solar System Physics”, Astrophysics and Radio Astronomy” and “Positional Astronomy and Celestial Mechanics”.
Members of Department of Astronomy

Lower row from left to right: head of Department A. M. Gretsky, professor N. N. Evsjukov, engineer V. I. Latsko, professor Yu. V. Alexandrov, professor Yu. G. Shkuratov.
Upper row from left to right: assistant professor P. N. Fedorov, assistant professor V. A. Zahozhaj, assistant professor V. G. Shevchenko, assistant professor D. G. Stankevich.
For last ten years the next teaching books were wrote:
- Alexandrov Yu.V. Introduction to cosmonautics. 2009.
- 200 Anniversary of astronomy in Kharkiv University. 2008.
- Alexandrov Yu.V. Bases of Multydimentions Cosmology. 2007.
- Shkuratov Yu.G. The Moon: distant and near. 2006.
- Alexandrov Yu.V. Celestial Mechanics. 2006.
- Alexandrov Yu.V., Gretsky À.Ì., Prishliak Ì.Ï. Astronomy.The book for teacher. 2005.
- Alexandrov Yu.V., Pavlenko P.P., Lupishko Ò.À. Three language dictionary for astronomy. 2005.
- Alexandrov Yu.V. Bases of Relativistic Cosmology. 2004.
- Alexandrov Yu.V. Celestial Mechanics. 2004.
- Evsjukov N.N., Alexandrov Yu.V. Chemistry and Geology of Planets. 2000.
- Alexandrov Yu.V. Astronomy. History – methodology sketch. 1999.
Publication List of Astronomy Department in 2008-2009.
PRINCIPAL COURSES
General astronomy
- Objects and problems of astronomy
- Principles of spherical, practical and position astronomy
- Motion and shape of the Earth,. Principles of Celestial mechanics
- Main methods and instruments of astrophysics
- The Sun and Solar System
- Stars and Galactic
- The Metagalaxy. Principles of Cosmology
Spherical astronomy
- Principles of spherical trigonometry. Spherical coordinates
- Measurement of time. Daily rotation of celestial sphere
- Refraction. Aberration of light
- Parallax. Precession and nutation
- Mean and apparent places of celestial bodies
Positional astronomy
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Object and problems of positional astronomy. Practical astronomy
- Determinations of coordinates of celestial bodies. Fundamental and inertial coordinate systems
- Theory of Earth rotation. Motion of poles
- Time and its measurement
- Positional astronomy on the Moon. System of Astronomical Constants
Celestial mechanics
- Gravitation fields of celestial bodies. Problem of many bodies
- Problem of two bodies. General solution and classification of motions
- Additional questions of Kepler’s motion
- Principles of perturbed motion theory. Stability of motion in celestial mechanics
- Problem of three bodies
- Principles of Solar System bodies motion theory.
General astrophysics
- Subject and problems of astrophysics
- Main astrophysical instruments. Telescopes.
- Spectral devices. Principles of photometry
- Radiation sensors
- Methods of astrophysical research
- Methods of determination of physical characteristics of celestial bodies
- The Solar System. The Sun
- Stellar atmospheres. Double stars
- Internal structure of stars and non-stationary stars
- Interstellar medium in Galaxy
- Galaxy and Metagalaxy. Principles of cosmology
Theoretical astrophysics
- Photospheres of stars. Models of stellar photospheres
- Stellar atmospheres. Determination of chemical composition of stellar atmospheres
- The Sun. Photosphere, chromosphere and corona of the Sun
- Radioemission of the Sun
- Gas nebulae
- Non-stationary stars
- Interstellar medium
- Internal structure and evolution of stars
Stellar astronomy
- Spatial characteristics of star distributions. Absolute magnitudes
- Motion of stars. Stellar dynamics
- Stellar statistics. Structure of the Galaxy
- Extragalactic astronomy. Physics of galaxies
Principles of ecology
- Problems of ecology and role of astronomy for their solving
- Class of natural objects and their spectral characteristics
- Mathematical formalism of remote sensing
- Remote sensing of Earth atmosphere
- Radar and space methods and techniques of remote sensing of Earth
Methods of astronomical researches
- Principles of Fourier - optics
- Theory of diffraction-limited optical systems
- Partial coherence
- Principles of theory of turbulence
- Radiation transfer in turbulent medium
- Adaptive optics and specle-interferometry
Theory of probability and mathematical statistics
- Basic conceptions of theory of probability
- Variates and their distribution functions
- Random vectors and their distribution functions
- Boundary theorems of theory of probability
- General conceptions and problems of mathematical statistics
- Random functions. Stationary random functions
- Advanced methods of theory of random functions
Computer sciences
- Computer viruses and protection from it
- Using computers in scientific work and teaching
- Electronic mail and Internet
- Constructing effective calculation algorithms
- Algorithms of image processing, local and integral algorithms
Computer sciences in astronomy
- Computer planning of astronomical experiment
- Computer planetariums and almanacs
- Electronic stellar catalogues and atlases
- Database obtained with space techniques
- Formats of astronomical images
- Electronic publications
- Aperture photometry
Cosmology
- Principles of general relativity
- Relativistic cosmology of uniform and isotropic Universe
- Physical evolution of Universe
- Early Universe. Multiverses
- Anthropic principle
History and methodology of astronomy
- Science of science, its aim and problems
- Place of Astronomy in system of scientific knowledge
- Formation of scientific astronomy in frame of antique natural philosophy
- Evolution of astronomy from antiquity to new time
- First revolution in astronomy. Differentiation of astronomical knowledge
- Second revolution in astronomy. Methodological problems of modern astronomy
- Astronomy and cosmonautic. SETI Problem
- Near scientific forms of social consciousness. Astronomy and astrology
Method and organization of scientific work
- Main forms and stages of scientific works
- Organization of observational Scientific Research Works (SRWs)
- Organization of SRWs for processing and interpretation of observational data
- Cooperative SRWs and international cooperation
- Publications and application of results of SRWs. Financing of SRWs
Method of astronomical teaching in high school
- History of development and structure of modern high education
- Role and place of high astronomical education, its levels and forms
- Preparation of professional astronomers
- Preparation of specialists of high qualification
- Methods of teaching of some fields of astronomy
- Astronomy in secondary school and principles its teaching
Protection of labor in astronomy
- Specific of protection of labor in astronomy
- Observer safety during astronomical observations
- Safety of work with high-voltage equipment, lasers and ionizing radiation
- Safety of work with computer
- Questions of safety in teaching process
ASTRONOMY SPECIAL COURSES
Physics of stars
- Origin of stars and early stage of their evolution
- Sources of stellar energy
- Evolution of stars with different mass and close binary stars
- Final stages of star evolution
Physics of planets
- Gravitation fields of planets
- Figures of planets, free and astronomical precessions
- Atmospheres and internal structure of terrestrial planets and giant planets
- Principles of photometry and polarimetry of planets
- Radar observations of planets
Chemistry and geology of planets
- Chemical composition of Solar System
- Principles of mineralogy and petrology
- Geology of planets and satellites
- Geology of Earth and Moon
Introduction to cosmonautics
- Main stages of cosmonautics development
- Physical and technical principles of cosmonautics
- Perturbation motion of artificial satellites of planets
- Interorbital and interplanetary flights
Structure and evolution of Galaxy
- Classification, origin and structure of celestial bodies
- Star clusters and associations
- General composition and structure of Galaxy
- Origin and evolution of Galaxy
New methods in positional astronomy
- Radio astrometry, Radio interferometry
- Position astronomy of artificial satellites of Earth
- Space positional astronomy
Stars and substars evolution
- Substars and extrasolar planets
- Methods of detection of extrasolar planets and substars
- Results of detection of extrasolar planets and substars
- Internal structure and evolution of substars
- Extrasolar planets and life in Universe
Infrared astronomy
- Sensors of IR-radiation and their noises
- IR-photometers
- Terrestrial and space IR-telescopes
- Results of celestial bodies researches in IR-range
Extragalactic astronomy
- Statistical dependences between characteristics of galaxies
- Dark matter problem
- Diffuse matter in galaxies
- Cosmic rays and magnetic fields of galaxies
Optics of planetary surfaces
- Observational determination of planetary surfaces optical properties
- Laboratory modeling of optical properties
- Theoretical investigations of optical properties
Problems of modern astrophysics
- Problems of continuum mechanics
- Problems of planetary seismology
- Turbulence and shockwaves on the Sun and interstellar medium
- Problems of magnetic hydrodynamics in plasma
- Wave processes in cosmic plasma
- Problems of physics and astrophysics of high energies
SPECIAL PRACTICAL WORKS
- Special practical works «Methods of mathematical statistics in astronomy»
- Special practical works on theoretical astrophysics
- Special practical works on stellar astronomy
TEACHING PRACTICES
- Computing practice
- Position astronomy practice
- Astrophysics practice