Existing Facilities of IIA

Slides:



Advertisements
Similar presentations
The electromagnetic spectrum is A. all of the colors of light you can see with your eyes. B. all of the different types of electromagnetic waves. C. a.
Advertisements

Pisgah Astronomical Research Institute. Introduction  Pisgah Astronomical Research Institute (PARI) is  A public not-for-profit public foundation 
X-Ray UltravioletVisibleInfraredRadio The Electromagnetic Spectrum and the Universe.
Telescopes. Act as “electromagnetic radiation catchers” Capture as much as possible Focus Magnifies images Telescopes that “catch” visible light are called.
Chapter 3: Telescopes. Goals Describe basic types of optical telescopes Explain why bigger is better for telescopes Describe how the Earth’s atmosphere.
The SOAR Telescope MSU’s Laboratory for Astronomical Discovery.
January 24, 2006Astronomy Chapter 5 Astronomical Instruments How do we learn about objects too far away for spacecraft? How do telescopes work? Do.
Telescopes. Close your eyes. Create a picture in your mind of a telescope. Think about: What does a telescope look like?
The Sun- Earth- Moon System
Career at Indian Institute of Astrophysics The Indian Institute of Astrophysics (IIA) traces its origin to a small private observatory set up during 1786.
ELECTRO MAGNETIC SPECTRUM The electromagnetic spectrum extends from wavelengths of many meters to wavelengths of submicroscopic size. Visible light has.
Telescopes. Act as “electromagnetic radiation catchers” Capture as much as possible Focus Magnifies images Telescopes that “catch” visible light are called.
Stars, Galaxies, and the Universe.  To understand how telescopes work, its useful to understand the nature of the electromagnetic radiation. Light is.
New Improved Eyes Telescopes and “Invisible” Astronomy.
Further Advancements of the PARI Optical Ridge Telescopes for Education and Public Outreach M. W. Castelaz, J. D. Cline Pisgah Astronomical Research Institute.
Sternberg Astronomical Institute of Lomonosov Moscow State University.
J. D. Cline, M. W. Castelaz Pisgah Astronomical Research Institute PARI Education and Research Programs Session 2.02 Monday, May 30, AAS 206th Meeting.
Optics and Telescopes. Optics and Telescopes: Guiding Questions 1.How do reflecting and refracting telescopes work? 2.Why is it important that professional.
Ch. 28 Sec. 1 Tools of Astronomy. Tools  Radiation  Light is the best tool used to observe and learn about the universe  Before telescopes, scientist.
Astronomical Tools. Essential Questions 1.What is Light? 2.How do telescopes work, and how are they limited? 3.What kind of instruments do astronomers.
Tools and Technology Space Objects By: Brittany D. Alexander.
is transparent ERAU Astronomical Observatory Meade inch Schmidt Cassegrain Reflecting Telescope.
Non-Optical Telescopes
Telescopes The instruments we use to study the universe.
Telescopes. Light Hitting a Telescope Mirror huge mirror near a star * * * small mirror far from 2 stars In the second case (reality), light rays from.
Astronomy Big Idea: The sun is one of billions of stars in one of billions of galaxies in the universe.
Existing Facilities of IIA Vainu Bappu Observatory, Kavalur M.K. V. Bappu, the founder Director of IIA had set up an observatory for the night time observations.
TELESCOPE TOUR. Radio and visible waves can go through Earth’s atmosphere.
Add to table of contents:  Pictures of telescopesPg. 82  TelescopesPg. 83.
Add to table of contents:  Pictures of telescopesPg. 82  TelescopesPg. 83.
Research at Indian Institute of Astrophysics
Indian Institute of Astrophysics
Indian Astronomical Observatory
Chapter 6 Telescopes: Portals of Discovery
Homework #4 What is the maximum resolution of your eyes (assume the wavelength range that your eyes are sensitive to is 300 – 700 nm and that your iris.
Indian Institute of Astrophysics
Chapter 6 Astronomical Instruments
The Tools of the Astronomer
02/04/17 1.
Onboard Instruments of ASTROSAT
Observing Facilities of IIA
EIROforum is a partnership between eight of Europe’s largest intergovernmental scientific organisations Previously.
Space Tools 4.10 Here is a satellite image of the east coast of the United States at night. This is a satellite image because the space technology is.
Upcoming Facilities of IIA
Ch. 6 - Astronomical Instruments (Telescopes)
Indian Institute of Astrophysics
Stars, Galaxies, and the Universe
6.3 Telescopes and the Atmosphere
Tools of Astronomy.
Using Telescopes to Observe Electromagnetic Radiation in Space
Telescopes.
Tools of Astronomy.
Space Technology 8.E.4B.5 Obtain and communicate information to describe how data from technologies (including telescopes, spectroscopes, satellites,
Tools of Space Exploration
Astronomy – A Study of “Our Space”
Telescopes.
Types of Telescopes Dr. Charles Ophardt EDU 370.
Space Technology 8.E.4B.5 Obtain and communicate information to describe how data from technologies (including telescopes, spectroscopes, satellites,
Discussion slide- info from hq. nasa
Lecture 7 – September 10, 2003 Telescopes
Optics and Telescopes Chapter Six.
Chapter 18 Section 2 Telescopes Bellringer
Unit E – Space Exploration
Science Notes: Stnd 24 Date Standard 24: 8.ETS1.2
Science Notes: Stnd 24 Date Standard 24: 8.ETS1.2
How astronomers study space
Tools and Technology of Space
The Karl g. jansky Very Large Array
How Stars are Seen… Astronomy - Ch.20.
Sci. 1-3 Telescopes- then and Now Pages 18-23
Presentation transcript:

Existing Facilities of IIA www.iiap.res.in IIA Bangalore The Indian Institute of Astrophysics (IIA), with its headquarters in Bangalore (Karnataka state), India, is a premier national institute of India for the study of and research into topics pertaining to astronomy, astrophysics and related subjects. The Institute has a network of laboratories and observatories located in various places in India, including Kodaikanal (the Kodaikanal Solar Observatory), Kavalur (the Vainu Bappu Observatory), Gauribidanur, Hanle (the Indian Astronomical Observatory) and Hosakote. Indian Astronomical Observatory Vainu Bappu Observatory, Kavalur The Indian Astronomical Observatory, the high-altitude station of IIA is situated at an altitude of 4500 metres above mean sea level to the north of Western Himalayas. A 2-m optical infrared telescope (HCT) is installed at the observatory. This telescope is remotely operated from CREST, Hosakote, using a dedicated satellite links and being used by Indian astronomers since 2001. Telescope is equipped with instruments called HFOSC & NIRCam. Observatory also host 0.5m robotic telescope for monitoring transient objects as well as a Gamma ray telescope HAGAR to study AGN’s pulsars, and host of astrophysical sources. M.K. V. Bappu, the founder Director of IIA had set up an observatory for the night time observations at Kavalur located in javadi hills of Tamilnadu, to access the celestial objects both in the north and southern hemispheres. With a 15 inch refractor and a 30 inch reflector operating from late 60s, a 1M Carl Zeiss reflector was installed in 1973. Development of an indigenous 2.34M reflector was initiated by Dr Bappu. The telescope was completed three years after his death, and was dedicated to nation on 6th January 1986 by then prime Minister of India, late Shri Rajiv Gandhi. A 1.3m telescope also installed recently. 2.34m VBT 2m HCT The telescopes are equipped with photometers, imager, medium and high resolution spectrographs. They are used to study solar system objects, formation and evolution of stars and their chemical constitution, galaxies, novae, supernovae and gamma ray bursts sources. High altitude Gamma Ray observatory is established at the base of Indian Astronomical Observatory, Hanle-Ladakh in 2008 at an altitude of 14000 ft. High Altitude Gamma Ray Telescope - HAGAR , an array of 7 telescopes, each with 7 mirrors of 90cm diameter, and total light gathering area of 31 sq-m was installed by IIA in collaboration with TIFR, Mumbai Kodaikanal Observatory Gauribidanur Observatory The Kodaikanal Observatory of the Indian Institute of Astrophysics is located in the beautiful Palani range of hills in Southern India. It was established in 1899 as a Solar Physics Observatory and all the activities of the Madras Observatory were shifted to Kodaikanal. Observatory host Twin Telescoes and Solar Tunnel Telescope. The Observatory is also well equipped with a series of solar telescopes for full disc observations of Sun, H-alpha and K-Filtergrams. Daily observations are taken and we have got more than 100 years of valuable Solar data for analysis. A digital archive is set up for providing access to the scientific community.  Radio astronomy facilities for observations of Sun started at Kodaikanal during 1950’s and 60’s with a 100MHz interferometer with Yagi type antennas and a 20-feet paraboloid for work at meter wavelengths range. Since 1976, the Institute operates a decametre wave radio telescope (GEETEE) jointly with the Raman Research Institute at Gauribidanur about 100 km north of Bangalore. The Gauribidanur Observatory has a 6meter radio telescope (GEETEE), a radio heliograph (GRH), a high resolution radio spectrograph and a gravitational laboratory. Twin Telescope Solar Tunnel Telescope GRH GEETEE Indian Institute of Astrophysics II Block, Koramangala, Bangalore 560 034, INDIA http://www.iiap.res.in/iiaoutreach outreach@iiap.res.in Poster Design: Prasanna Deshmukh (prasanna@iiap.res.in)