: Introduction to magnitudes, radiation laws, and the fundamental physics of the Sun and other stars. Exploration of the Solar System
The first half of the course focuses on "mapping" the universe from a terrestrial perspective.
: Students apply the laws of gravity and motion to understand the orbits of planets and the fundamental principles of astrophysics.
: Detailed study of terrestrial planets (Mercury, Venus, Earth-Moon system, Mars) and the gaseous giant planets, including their atmospheres and ring systems.
: Lessons cover observational methods across different wavelengths, including optical telescopes and modern space probes.
The curriculum bridges the gap between observation and theory by introducing the tools and physics necessary for modern astronomy.
: Students master various astronomical coordinate systems, including horizontal, equatorial, ecliptic, and galactic systems.
: Introduction to magnitudes, radiation laws, and the fundamental physics of the Sun and other stars. Exploration of the Solar System
The first half of the course focuses on "mapping" the universe from a terrestrial perspective. ELTE - BevezetГ©s a csillagГЎszatba 1.
: Students apply the laws of gravity and motion to understand the orbits of planets and the fundamental principles of astrophysics. : Introduction to magnitudes, radiation laws, and the
: Detailed study of terrestrial planets (Mercury, Venus, Earth-Moon system, Mars) and the gaseous giant planets, including their atmospheres and ring systems. : Detailed study of terrestrial planets (Mercury, Venus,
: Lessons cover observational methods across different wavelengths, including optical telescopes and modern space probes.
The curriculum bridges the gap between observation and theory by introducing the tools and physics necessary for modern astronomy.
: Students master various astronomical coordinate systems, including horizontal, equatorial, ecliptic, and galactic systems.