Medium : Sinhala
Course time table
Course Date Time
ASTR210 07.12.2019 1.00-2.30pm
ASTR220 07.12.2019 2.45-4.15pm
ASTR240 14.12.2019 1.00-2.30pm
ASTR221 14.12.2019 2.45-4.15pm
ASTR211 21.12.2019 1.00-2.30pm
ASTR230 21.12.2019 2.45-4.15pm
ASTR231 28.12.2019 1.00-2.30pm
ASTR241 28.12.2019 2.45-4.15pm
Night Camp 21.12.2019 or 28.12.2019 6.00pm-6.00pm (30.12.2019)
Location: Institute of Astronomy- 145/5A, Sooriya Mawatha, Koswatta, Thalangama- North
This unit of study provides a broad understanding of the structure, scale and diversity of the universe and an appreciation of the scientific methods used to achieve this understanding. Current areas of investigation, new ideas and concepts which often receive wide media attention will be used to demonstrate how science attempts to understand new and remote phenomena and how our ideas of our place in the universe are changing., stars, supernova, black holes, galaxies, quasars, cosmology and the Big Bang. It also includes day and night sky observing sessions.
General Astronomy (1) planetary differentiation of solar system, Sun’s structure and its behavior in the Solar System; Observation (2) astronomical instruments, amateur contribution to scientific research, and an introduction to astronomy photography; Cosmology (3) history of cosmology, Newton and Einstein universe, Hubble law, big bang theory, red shift and geometry of space time; Rocketry (4) Instruments supported to a mission, achievements of particular mission and special theories involved for these particular missions.
Course code- ASTR220 & ASTR221: Observation
This unit strongly focus on telescope aberrations, useful equations related to telescopes, coordinate systems, spherical astronomy (basic), astrophotography (basic) and time. This unit will show you how to mount a telescope and to use different types of an eyepieces and Barlow lenses.
Course code- ASTR230 & ASTR231: Cosmology
This course strongly focus on history of cosmology, Newton and Einstein universe, Hubble law, big bang theory, red shift and geometry of space time (basic introduction of general relativity and special relativity) and Kepler's laws of motion to understand the motion of planets in the solar system and extend the Kepler's laws to other star systems. Trigonometric parallax- To understand the basic understanding about one of the earliest methods used to determine the distances to nearby stars using their apparent shift shown within a period of 6 months. Newton's Universal Law of Gravitation- To understand the gravitational force and use it to understand the motion of objects in the universe.
Course code- ASTR240 & ASTR241
This unit strongly focus on development of rocket technology from the first satellite to present. Importance of each mission, Instruments supported to mission, Achievements of particular mission and special theories involved for these particular missions. First part ; Sputnik 1, Explorer 1, Luna 1, Luna 3, Pioneer 5, Vostok 1, Freedom 7, Ranger 4, Mariner 2, Vostok 6, Voskhod 2, Mariner 4, Luna 9, Venera 3, Gemini 8 , Apollo 8, Soyuz 4 and Soyuz 5, Venera 5, Apollo 11. Second part ; Luna 16, Lunokhod 1, Uhuru (satellite), Orion 1, Mars 3, Pioneer 10, Viking Lander, Voyager 1, STS-1, Mir, COBE, Hubble Space Telescope, Ulysses, Galileo, International Space Station, NEAR Shoemaker, Hayabusa, Stardust, Kepler Mission, MESSENGER, Dawn, New Horizons. Third part; Launching vehicles in USA, Russia, China, India, Europe, Space x