61. ThinkQuest : Library : Ancient Chinese Technology Modern astronomical observatories derive from a Chinese, not a Europeantradition, which makes an understanding of sky position easier. http://library.thinkquest.org/23062/astronomy.html

Index Technology Inventions Ancient Chinese Technology According to this site, from AD 600 through 1500, China was the world's most technologically advanced society. Many innovations were developed in China, such as the mariner's compass, paper-making, gunpowder, paper money, wheelbarrows, umbrellas, and numerous other items. Click on topics such as "Physics," "Transportation," or "Mathematics" to learn about Chinese contributions to this field. Visit Site 1998 ThinkQuest Internet Challenge Languages English Students Ken Willly Michael Coaches Bruce Dover Bay Secondary School, Nanaimo, Canada Want to build a ThinkQuest site? The ThinkQuest site above is one of thousands of educational web sites built by students from around the world. Click here to learn how you can build a ThinkQuest site. Privacy Policy

62. Favorite Astronomy Links Links to news, what's up, research, institutions, observatories, history of astronomy, and astronomy as a hobby, by Prof. J.S. Tenn, Sonoma State University. http://www.phys-astro.sonoma.edu/people/faculty/tenn/AstronomyLinks.html

Sonoma State University Department of Physics and Astronomy Favorite Astronomy Links On this page: Breaking News Ongoing News What's Up, Doc? Astronomical Research ... Reference section Other pages: Favorite Physics Links Educational Resources in Physics and Astronomy Jobs in Physics, Astronomy, and Other Fields Breaking News Breaking News Today at NASA SpaceWeather.com Central Bureau for Astronomical Telegrams ... The Great Moon Hoax Ongoing News Gravity Probe B , to test general relativity, was launched 20 April 2004 more Stardust ... Space Calendar What's Up, Doc? What time is it? AstroViewer The Constellations The Constellations ... Virtual Sky Astronomical Research Astrophysical Data System Astroweb: Astronomy and Astrophysics on the Internet Science: Astronomy Astronomical Survey Projects ... Mars and other planets. Space Mission Acronym List and Hyperlink Guide SkyView High Energy Astrophysics Science Archive Research Center (HEASARC) The Interstellar Medium ... The Nine Planets by Bill Arnett and (if you can stand the ads) Views of the Solar System by C.J. Hamilton. Space Physics at the National Space Sciences Data Center Galileo explored Jupiter and its satellites from 1995 until the mission ended 21 Sept 2003 Apollo Lunar Surface Journal ... by number or by name NEAR Shoemaker satellite orbited asteroid Eros for a year, landed 12 February 2001.

63. Links For Further Exploration: Astronomy 162 (Prof. Pogge Wi98) http//www.ifa.hawaii.edu/faculty/barnes/transform.html. Return to the Index.Astronomical observatories on the Web. GroundBased observatories. http://www-astronomy.mps.ohio-state.edu/~pogge/Ast162/hotlinks.html

Astronomy 162: Credit: OSU Galaxy Survey Selected Astronomical Internet Links This page presents selected Internet links to provide students in my Astronomy 162 class with some good starting points for their own explorations of Astronomy on the Web. The topics are arranged by the units I used when I teach this course. Students enrolled in the other sections of Astronomy 162 instructors should have no trouble following them, as I follow the rough order of topics as the basic syllabus we all use. This set is not nearly as extensive as the links for Astronomy 161 . I always welcome email with suggestions for new links, or to report stale or broken links. You can browse the whole document, or use the Index below to jump to a particular category. The primary links are given by the highlighted URLs offset from the text. Index: General Interest Unit 1: Observed Properties of Stars Extras: Links to Astronomical Observatories All annotations and comments reflect my personal opinions, and do not reflect the views of The Ohio State University, the Department of Astronomy, or anyone else official or otherwise represented by some guy in a suit. Inclusion of a link does not constitute an endorsement, nor does exclusion imply a dismissal or negative judgement (the `net is vast but life is short). Corrections and comments are always welcome.

64. CAAA - Fox Park Public Observatory Based Potterville, Michigan, CAAA operates Fox Park Public Observatory, one of the most advanced public observatories in the nation. It hosts public education activities, comet watches, meteor observing, and frequent observatory public nights. http://www.foxobservatory.org

Events Calendar Observatory Info Public Viewing General Meetings ... Sponsors Keep Updated Keep up-to-date! Join our observatory email list to be notified of astronomical and observatory events: Thanks for visiting the Capital Area Astronomy Association - we have one of the most advanced public observatories in the nation - right here in Potterville, Michigan - Fox Park Public Observatory. The Capital Area Astronomy Association consists of members from all age groups and levels of interest. The membership participates in public education activities, comet watches, meteor observing, as well as opening our observatory to the public several nights per month. We invite any person who is interested to become a member. Once a member, you'll have the opportunity to use the facilities and equipment of the observatory It's not Astrology! We don't have a 'psychic hot line', but we can show you the rings of Saturn, moons of Jupiter, or thousands of other spectacular celestial sights through one of our world class telescopes! Bob Miller, our resident Astonomer, has created several charts showing astronomical data for 2003:

65. The University Of Calgary Radio Astronomy Laboratory Top/Science/astronomy/Institutions/observatories/Radio http://www.ras.ucalgary.ca/

The University of Calgary Radio Astronomy Laboratory o o University of Calgary Projects Radio astronomy research at the University of Calgary involves the study of stellar, interstellar, and extragalactic radio emission. Major projects include: The Canadian Galactic Plane Survey (CGPS) The VLA Galactic Plane Survey (VGPS) Space Very Long Baseline Interferometry (SVLBI) The Square Kilometer Array (SKA) : A Next Generation World Radio Telescope Karma Astronomical Visualization Software We maintain a close relationship with the Dominion Radio Astrophysical Observatory , located within a day's drive in the mountains of British Columbia. Students and staff also make frequent use of a variety of other observatories around the world, many of which are listed on our links page People Faculty: Russ Taylor Adjunct Faculty: Peter Dewdney Postdocs: Jo-Anne Brown Steven Gibson Richard Gooch Bill Scott ... Jeroen Stil External Postdocs: Sean Dougherty , Roland Kothes Graduate Students: Kevin Douglas ALMA Software Developers: Gary Guoying Li , David Fugate Adminstrative Assistant: Leslie Holmes System Administrator: Richard Gooch Former Postdocs: Chris Brunt, Haiqi Chen, Denise Gabuzda, Marta Peracaula

66. History Of The Leander J. McCormick Observatory Early astronomy at the University of Virginia. http://www.astro.virginia.edu/research/observatories/26inch/history/

History of the Leander McCormick Observatory History of the Observatory Early Astronomy at UVA Leander J. McCormick Building of the Telescope and Observatory Personnel Directors Ormond Stone - Director, 1882-1912 Samuel A. Mitchell - Director, 1913-1945 Harold L. Alden - Director, 1945-1960 Laurence W. Fredrick - Director, 1962-1979 Other Astronomers Heber D. Curtis Charles P. Olivier Piet van de Kamp Alexander N. Vyssotsky This work is supported by National Science Foundation CAREER Grant AST-97025. Home History Specs Instruments: ... Tools Last modified Monday, March 29, 2004 webmaster

67. Caltech Astronomy : Palomar Observatory Meet the Department observatories Palomar Observetory Keck OVRO TMT RDRO CSO AcademicsResearch Events Jesse Greestein Memorial Film; Other astronomy Resources. http://www.astro.caltech.edu/observatories/palomar/

Printable Version The Palomar Observatory, located in north San Diego County California, is owned and operated by the California Institute of Technology . The Observatory supports the research of the Caltech faculty, post-doctoral fellows and students, and the researchers at Caltech's collaborating institutions. Palomar Observatory is home to the historic Hale 200-inch telescope . Other facilities on the mountain include the 60-inch 48-inch 18-inch and the Snoop telescopes. The 60-inch telescope is home to the Automated Transient Observing System . The 48-inch telescope is home to the Near-Earth Asteroid Tracking and Palomar-QUEST surveys. Instrumentation at Palomar Observatory also includes the Palomar Testbed Interferometer Overview/Information Observers' Information Visiting ... Additonal Photos Reading List: Bibliography FAQ Re-aluminization of the 200-inch primary mirror of the Hale Telescope Jesse Greestein Memorial Film ... Other Astronomy Resources Media inquiries: Media representatives please contact the Palomar Public Affairs Office at 760-742-2111. Meet the Department Observatories Academics Research Activities ... Search Please send your feedback to webmaster@astro.caltech.edu

68. Mount Wilson Observatory Top/Science/astronomy/Institutions/observatories/Optical_and_Infrared http://www.mtwilson.edu/

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69. FCRAO Home Page Top/Science/astronomy/Institutions/observatories/Radio http://donald.phast.umass.edu/~fcrao/

Five College Radio Astronomy Observatory About FCRAO Observer Information Next Proposal Deadline: 15 September 2004 Research (See OTF Image Gallery) Instrumentation Education LMT/GTM UMass Astronomy UMass Home National Science Foundation FCRAO is supported by NSF Grant AST 02-28993

70. University Of Chicago, Yerkes Observatory Top/Science/astronomy/Institutions/observatories/Optical_and_Infrared http://astro.uchicago.edu/yerkes/

Yerkes Observatory University of Chicago 373 W. Geneva St Williams Bay, Wisconsin 53191 USA (area code changed Sept 1999!) 190 feet above Geneva Lake, 1050 feet (334 meters) above sea level. Hot News: pre-discovery images of SN2000E Yerkes Observatory is a research branch of the Department of Astronomy and Astrophysics of the University of Chicago . Until the mid-1960's, Yerkes Observatory housed all of the Department's activities (including managing the operations for McDonald Observatory in Texas from 1932-1962). Today the 77-acre, park-like site in southeast Wisconsin provides laboratory space and access to telescopes for research and instruction in ways that complement other facilities available to the Department. A substantial fraction of the University's library holdings in astronomy are housed at Yerkes. Information on visiting Yerkes Observatory Information on telescopes at Yerkes Who was Charles T. Yerkes? Who was George Ellery Hale? The observatory was bankrolled in 1897 by Charles Tyson Yerkes, a Chicago transportation tycoon. The plan itself was masterminded by George Ellery Hale. The showpiece of the observatory was then, and still is, the 40-in refractor, in 1897 the world's largest telescope and even today the largest refracting telescope. Hale subsequently built still other "world's largest" (reflecting) telescopes in southern California. Hale also founded the American Astronomical Society in 1897 , and co-founded (with James Keeler) the Astrophysical Journal , which was edited at Yerkes until 1965 Virtual Tour Wander in and around Yerkes.

71. NRAO Very Long Baseline Array Home Page Top/Science/astronomy/Institutions/observatories/Radio http://www.nrao.edu/vlba/html/VLBA.html

Welcome to the Home Page of the Very Long Baseline Array This is the gateway to tools for using VLBA resources. Each page is designed to provide links according to the needs of the user. Click the appropriate button (and bookmark that page for faster future access!). If you are seeking general information about the Very Long Baseline Array, its history, how it works, and the images it produces, visit our information and education page VLBA Image of the Month - June 2004 Class II Methanol Masers Authors: Michele Pestalozzi Moshe Elitzur Vincent Minier John Conway Roy Booth Class II methanol masers seem to be uniquely associated with massive star formation. Their extraordinary high brightness makes them a unique tool to study the smallest spatial and dynamical scales around a massive protostar at great distances, using VLBI. More... Images of the Month for 2004 January: Cygnus X-3 Microquasar February: Circular Polarization in 3C84 March: Gravitational Lens CLASS B0128+437 April: Seyfert galaxy Mrk 1210 May: Radio Jet in Images of the Month for 2003 May: SiO masers June: Supernova factory July: Accretion Disk in NGC 3079 August: Observation of NGC 7674 September: Pulsar Measurement October: Faraday Rotation November: Possible Binary Black Hole December: TX Cam: The Movie Home Site Map Contact Us ... What's New The National Radio Astronomy Observatory is a facility of the National Science Foundation operated under cooperative agreement by Associated Universities, Inc.

72. Australia Telescope Compact Array Top/Science/astronomy/Institutions/observatories/Radio http://wwwnar.atnf.csiro.au/

ATNF Home Narrabri Parkes Mopra ... SKA Search: Search where: Narrabri Parkes All ATNF Contact Information Feedback Site Map The Compact Array, located at the Paul Wild Observatory in Narrabri, is part of CSIRO 's Australia Telescope National Facility , which also includes the ATNF Headquarters at Marsfield, the Parkes Observatory and the Mopra Observatory General information about the observatory and ATCA Live! - what the Compact Array is doing right now. Observing with the ATCA Compact Array Documentation Computing at the ATCA Meetings at the ATCA Original: Nuria McKay (24-Mar-1995) Modified: Eva Boralv (16-Mar-2004) Privacy Statement

73. Centre For AstroPhysics And Space Science Top/Science/astronomy/Institutions/observatories/Radio http://www.oso.chalmers.se/

The Swedish National Facility for Radio Astronomy Research on stars, the interstellar medium, galaxies, black holes, accretion discs, plasma astrophysics and cosmology. Research on global environmental measurements, remote sensing, space geodesy, receiver development and radio astronomy. The Centre for Astrophysics and Space Science is a collaborative institute with the Onsala Space Observatory as its core, and embraces the Department of Radio and Space Science and the Department of Astronomy and Astrophysics. Research interests range among basic astrophysics through observational astronomy, the Earth's environment with studies of the atmosphere and the dynamics of the solid Earth, The final, all embracing technical research is in sensitive low-noise millimetre/radio wave receiver techniques for applications in ground- or space-based sensors. Last updated: August 5, 2002 Send comments to Webmaster To Chalmers

74. Welcome To JIVE Top/Science/astronomy/Institutions/observatories/Radio http://www.nfra.nl/jive

Site Navigation JIVE is the Joint Institute for Very Long Baseline Interferometry in Europe. It was created by the European Consortium for VLBI and is a member of the European VLBI Network ( EVN ). Its primary task is to operate the EVN MkIV VLBI Data Processor (correlator). JIVE also provides a high-level of support to astronomers and the Telescope Network. JIVE is hosted by ASTRON (the Netherlands Foundation for Research in Astronomy) in Dwingeloo, The Netherlands. JIVE is funded by the following national research councils and national facilities. Netherlands Organisation for Scientific Research (NWO) Particle Physics and Astronomy Research Council (PPARC) Italian National Research Council (CNR) Onsala Space Observatory (OSO) National Geographical Institute (IGN) Max Planck Institute for Radio Astronomy (MPIfR) Netherlands Foundation for Research in Astronomy (ASTRON) NEWS: Real-time eVLBI Press Release (posted 18 May 2004) A Press Release regarding the recent production of the first EVN real-time image can now be downloaded.

75. Astronomical Observatories The following table lists observatories according to the wavebands they work in. wavebands,please refer to the page on multiwaveband observational astronomy. http://www.atnf.csiro.au/people/Michael.Dahlem/obs/obs.html

Astronomical observatories all observatories in this framework. The subdivision of the electromagnetic spectrum into wavelength regimes is in part just a matter of convention, but there are also natural causes for a logical subdivision. The most important determining factor in this subdivision is the transparency of our atmosphere: One can see that the atmosphere is transparent in only two wavebands: the optical and the radio regime. There is another band near 10 micrometer wavelength (which is in the so-called "mid-infrared" regime) and a few more narrow windows down to 1 micrometer at which also more than 90% of the incoming light can pass through. In using specialized telescopes for observations of radiation with various wavelengths we are following a good example established by mother nature: The adaptation of our eyes to the maximum of solar light emission, which lies in the area that we call (quite suggestively) "visible light" (or also "optical light"). One can truely consider the wavebands in which the atmosphere is transparent "windows" to the Universe through which we are looking. Conversely, the plot above makes it evident that most cosmic radiation does

76. I. Physikalisches Institut Der Universitaet Zu Koeln Top/Science/astronomy/Institutions/observatories/Radio http://www.ph1.uni-koeln.de/kosma.html

77. Radio Astronomy Top/Science/astronomy/Institutions/observatories/Radio http://icarus.uom.ac.mu/

THE MAURITIUS RADIO TELESCOPE MRT (For more information on MRT, please click here) MRT has celebrated its 10 years of existence on the 4th November 2002 !! There was an OPEN DAY at the Mauritius Radio Telescope (Bras d'eau) on Saturday, 16th November 2002 from 10.00 h 17.00 h, where some 500 people came to visit. SOME PHOTOS TAKEN ON THE "OPEN DAY" A picture of the "small halo" recently seen in Mauritius on Monday, 28th October, 2002 taken by Dr(Mrs)Nalini Issur and Mr L Cuppoor from the Physics dept.. here This Page is being processed and sometimes is outdated so please bear with us. We are most probably the last telescope to be able to have a good look at the Southern sky successfully at a low Radio Frequency; before human progress kills this possibility. If it is too slow for you to get the information you want (i.e it's taking horrendously long when you clicked on MRT above) then pop us a mail on mrt@uom.ac.mu gkb@uom.ac.mu dinesh@uom.ac.mu nalini@uom.ac.mu or kgolap@aoc.nrao.edu with your questions/ information you want. 84Kb gif file Part of the East array 1997 CONFERENCE on LOW FREQUENCY RADIOASTRONOMY Tenth UN-ESA Workshop on Basic Space Science, 25-29 June 2001, University of Mauritius, MAURITIUS

78. 4m International Liquid Mirror Telescope Project Top/Science/astronomy/Institutions/observatories/Future/Optical_and_Infrared http://vela.astro.ulg.ac.be/themes/telins/lmt/index_e.html

New! International Liquid Mirror Telescope Project Teams Science Links Didactics ... Bibliography The 4m International Liquid Mirror Telescope Project Extragalactic Astrophysics and Space Observations (EASO) Updated: VELA Sart Tilman CARO Updated: asurdej

79. Access News Briefs: Astronomical Observatories Now Accessible Over High-speed Ne developing a new Mauna Kea astronomy Education Center in its Research Park, whichwill utilize the highperformance connections to the observatories along with http://access.ncsa.uiuc.edu/Briefs/00Briefs/000425.Observatories.html

setMenu=""; currentIMG=""; setMenu="newsmenu"; currentIMG ="newsimg"; Skip Navigation [1] Toggle Text Only Site Map Contacts Search: Overview Focus Areas Hardware Software ... News Releases Phased A-tract DNA in a solution of salt and water. Image courtesy of David Beveridge, Wesleyan University, and Matthew Yong, Rockefeller University. For further information, see "Nuances of DNA." Jump to top [2] Astronomical Observatories Now Accessible over High-speed Networks released April 25, 2000 A new high-performance Internet connection will transform the ability of astronomers to access world-leading telescopes located on the peak of Mauna Kea on the island of Hawaii. The University of Hawaii and the Association of Universities for Research in Astronomy (AURA), with support from the National Science Foundation, have connected 11 of the world's leading astronomical observatories to Internet2 networks via the Mauna Kea Observatories Communication Network (MKOCN). With a capacity of 45 million bits per second, the new link will dramatically expand the capacity of astronomers around the world to remotely use telescopes located on the Hawaii mountaintop. The high-performance connection will allow the observatories to share more of their findings with the public through techniques such as virtual observatory tours and live video from Mauna Kea to museums, planetaria, and classrooms world-wide. The University of Hawaii at Hilo will be developing a new Mauna Kea Astronomy Education Center in its Research Park, which will utilize the high-performance connections to the observatories along with a planetarium, videoconferencing and instructional facilities.

80. British Astronomical Association : I&I Section : Review - Small Astronomical Obs Small Astronomical observatories is the latest title in Springer s Practical astronomy series edited by Patrick Moore, and like its companion volumes draws http://www.britastro.org/iandi/review06.htm

Review Small Astronomical Observatories Patrick Moore ( ed Springer-Verlag, 1996 - ISBN 3-650-19913-6 - pp.ix + 229 - DM 48 (paperback)] While many forms of astronomical observation can still be readily conducted with a minimum of setting up, the ongoing 'CCD revolution' has again brought to the fore the value and convenience of having telescopic and other equipment housed in a permanent observatory. Local light pollution need no longer necessarily be seen as an obstacle to observing, and around the world there must be many individuals and organisations contemplating the construction of observatories, even in urban locations. This volume is aimed at them. Small Astronomical Observatories is the latest title in Springer's 'Practical Astronomy' series edited by Patrick Moore, and like its companion volumes draws on the experience and expertise of several authors. Twenty-five articles describe, with varying levels of detail, observatories constructed by lone amateurs, schools and other educational bodies. There are clearly two main approaches to observatory building: the dome, and the run-off roof. The aesthete may plump for the elegance of the former, while the pragmatist will happily settle for the utility and comparative ease of construction of the latter. Nuggets of useful information abound - again reflecting the authors' wide experience. For instance, the use of a piece of old carpet on a concrete floor may save that dropped eyepiece, and serves to insulate the observer's feet from some of the cold. A gap between the floor and telescope mount reduces vibration. Eric Strach rotates the roof of his solar observatory on roller-skate wheels, while Terry Platt's dome runs on golf balls!

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