of a few astronomy sites I have been to.
My visit to radio telescope by Penticton, BC. Canada.
Below are bookmarks to some eyes
on the universe arranged pretty much by
what they are looking at.
Physics accelerators and so forth
High energy particle accelerator lab located in Switzerland and part in France (where the web was born). Research into the nature of mater, space, time, dimensions --- those cosmic questions. Includes Large Hadron Collider.
Accelerator lab probing cosmic questions in physics, medical research also. Located near UBC Campus in Vancouver, BC Canada. I toured Triumf in 1989.
National accelerator lab in USA. Explores cosmic questions of physics. Located near Chicago, IL.
Now re purposed as an Xray microscope. Looking deep into molecules, exploring photosynthesis and so forth.
Underground, neutrino and so forth
Looks for neutrinos from well insulated vantage point in bottom of old nickel mine near Sudbury, Ontario Canada.
Kamiokande Neutrino Detector
Operated by University of Tokyo, Japan.
Deep in an old Minnesota mine where there is lots of shielding from static particles. Looking for evidence of dark matter, neutrinos and so forth.
Sanford Underground Lab
Ice Cube Neutrino
Detectors in ice at south pole looking for neutrinos.
Gravity Wave Detectors
Multi site gravity wave detector. Hanford, Washington. Livingston, Louisiana.
Gravity Wave Detector, ESA in Italy
Similar to Ligo, in USA. If all 3 (now 4 counting the new one in Japan) operate simultaneously astronomers can use triangulation to tell where in the sky the gravity wave comes from.
Japanese Gravity Wave Detector.
Radio and Microwave Astronomy
Atacama Large Millimeter and Sub Millimeter Array. Largest astronomical project in world, so they say. Over 60 radio telescope dishes coordinated to act as one with high resolution. Located on a high plain in the Atacama Desert of northern Chile. Built by European Space Agency and international cooperation including the nation of Chile.
Radio Astrophysical Observatory Canada
Located near Penticton, BC
Bank Center for Astrophysics
Large radio telescope located near Manchester England. Part of the Merlin network of radio telescopes.
Radio antenna dish built into bowl shaped valley in Puerto Rico. World's 2nd largest radio dish after FAST in China. Telescope has been decommissioned and the suspended platform has collapsed into the dish below. I think, maybe, they can restore the dish below. Do they need a suspended platform? Maybe they could use drones to hold antennas in the focus of the dish?
Valley Radio Array
Large Array (VLA)
Huge array of steer able antennas for radio astronomy. Located in New Mexico.
National Radio Observatories
Links to several radio observatories.
Africa, Canary Islands
I think, largest optical telescope in the world. Operated by Spanish, Mexican and other partners on Canary Islands. Dedication July 24 2009.
at Canary Islands
Largest telescope in Southern hemisphere. In South Africa.
The Anglo-Australian Observatory
Dominion Astrophysical Observatory
Near Victoria, BC
View from Southern hemisphere.
Operated by Kitt Peak. Located in Chile.
Worlds largest optical telescopes. Located on a 13,000 Ft.. mountain in Hawaii.
Mauna Kea Observatories
Guide to many facilities on top of this mountain in Hawaii.
France Hawaii Telescope
Very large digital camera called Megaprime. Extra wide field view on an otherwise smaller telescope in Hawaii.
Arizona, New Mexico, Texas
In New Mexico, a high tech array of optical telescopes high in mountains to bring high resolution images of astronomical objects.
Multi mirror optical telescope. Solar telescope and more. Located near Tucson Arizona.
Telescope in New Mexico
Sky surveys, such as Sloan Survey and other observations.
Was largest telescope in world for many years. Still in cutting edge of
astronomy with adaptive optics, inferetometry and more.
Bear Solar Observatory
Located in the San Bernadino Mountains of southern California. Large solar telescopes.
A global space astrometry mission, Gaia is making the largest, most precise three-dimensional map of our Galaxy by surveying more than a thousand million stars. Gaia will monitor each of its target stars about 70 times over a five-year period. It will precisely chart their positions, distances, movements, and changes in brightness. It is expected to discover hundreds of thousands of new celestial objects, such as extra-solar planets and brown dwarfs, and observe hundreds of thousands of asteroids within our own Solar System. The mission will also study about 500 000 distant quasars and will provide stringent new tests of Albert Einstein’s General Theory of Relativity.
Constellation of 6 micro satellites to study slight variations in the brightness of nearby and bright stars. Stellar seismology. Canada and several other countries participating. Launched Feb. 25 2013.
Xray Telescope. Launched June 13 2012 by rocket from a plane. NuSTAR uses a unique set of eyes to see the highest energy X-ray light from the cosmos. The observatory can see through gas and dust to reveal black holes lurking in our Milky Way galaxy, as well as those hidden in the hearts of faraway galaxies.
Understanding space weather. Looking at solar wind around Earth and moon. 5 spacecraft with two recently taking up positions around the moon.
Physics experiment installed at the International Space Station, Launched May 16 2011. Observing cosmic rays from the vantage point of space. Looking for signs of things like dark matter and anti matter.
Very accurate mapping of cosmic background radiation left over from the big bang. Learning a lot about the birth of this universe and the nature of space and time. Contemplating various cosmologies related to the shape of space, inflation theory and the beginnings of time.
Orbits Earth, looks out to border area between solar wind and interstellar space.
Gamma-ray Large Area Space Telescope. Launched June 11 2008.
A fantastic orbiting observatory in mostly visible light. Great photo archive.
Japanese X-ray observatory and spectrometer. Launched July 10 05
Chandra X-ray Observatory
Explores universe in high energy x-ray frequencies. Views such things as black hole accretion disks, neutron stars, exploding galaxies and more.
European X-ray Observatory. A great partner to Chandra.
Looking at universe in Gamma Rays. Also able to detect x-ray and visible light to study things across much of the spectrum.
Energy Transient Explorer
Lies in wait for mysterious gamma ray bursts that suddenly cause the universe to flash, like someone just took a picture. Tries to pinpoint where burst originated so other astronomers can look to see what is there. Something must be causing those huge explosions; two neutron stars colliding? a super super nova?
Studies gamma ray bursts with three telescopes to get data from across a broad range of the electromagnetic spectrum.
Sometimes called the Humble Space Telescope. Lots of bang for the buck. A Canadian project, from UBC in Vancouver. More sophisticated look at variations in stellar brightness. Should be launched in late 2002. Looks like a suitcase.
Exploring The Sun
Parker mission to the Sun.
Getting a closer look at the Sun.
European Space Agency's Solar Orbiter.
IrisInterface Region Imaging Spectrograph
Launched June 12 2013. Looking at region between sun's surface and the corona. Probing questions like why is the corona hotter than the sun's surface? Looking from Earth orbit.
Launched February 11 2010. Looks at sun with high resolution like 10 times high definition TV. Explore mechanisms behind things like sunspot cycles and so forth.
Launched Oct. 25 06. Two spacecraft with identical instruments will look at sun from two different vantage points in space. Create a stereoscopic view.
Sits about 1 million miles toward the Sun from Earth. Samples sunlight that is headed to Earth. Lots of sophisticated instruments. Helio seismology and more.
Advanced Composition Explorer
Satellite detects solar and galactic particles.
European Space Agency's probe to look for signs of life and water on Mars. One of the experiments will look for gaseous by products, from possible life somewhere on the surface, in the martian atmosphere.
Orbits and looks for Chemical elements and minerals on Martian surface. Seeing if there is water in different places on Mars.
Japanese mission to an asteroid.
Sample return coming back to earth.
Pluto and beyond
Aprox. 10 year mission to Pluto. Launched Jan 19 2006.
Voyagers 1 and 2 are now the "farthest out" man made objects. They flew past Jupiter and Saturn. One of them went on to skirt by Uranus and Neptune. Launched over 20 years ago, they are now headed out of solar system sending back data. Looking for boundary between solar wind and interstellar space among other interesting things to detect. Analyzing charged particles, magnetic fields and so forth.
Some Past Missions retired
I maintained this list
Staring constantly at a patch of sky. Looking at over 100,000 stars to detect slight winks or drop-off in light of the star caused by transit of planets across the face of the star as viewed from Earth. Will be able to tell if Earth sized planets exist in zone of habitable temperature from their host stars. Also looking at light variability of the stars. Lots of data about stars and extra solar planets. Launched March 6 2009.
Explores galaxies in ultraviolet spectrum.
Orbiting Inferred Telescope
Launched August 2003. One of the great observatories, like Hubble. Designed to look at sky in inferred frequencies.
infrared survey explorer
Mapping the sky in infrared light. Launched Dec. 14 2009.
X-ray Timing Explorer
Detects changes in x-rays over short, or long times.
Lost it's cooling fluid so primary mission had to be scrapped, but someone came up with a neat idea. Use one of the onboard telescopes to detect slight fluctuations in the brightness of nearby stars. Opens up fields such as "stellar seismology."
Ran out of helium coolant as expected. Ran out April 29 2013 Mission was successful.
European Space Agency mission. Contains largest mirror placed into space so far. Herschel is designed to observe the 'cool universe' in far inferred and sub millimeter electromagnetic spectrum. Dust, chemicals in space, birth of new stars, ability to detect water in distant space.
Tested Einstein's theories about gravity distorting space/time. Uses very sophisticated gyros to test things like frame dragging. Has been talked about and planned since 1959, formally since 1963. Finally funded, then launched April 20 2004.
Microwave Anisotropy Probe
WMAP. Look for patterns in cosmic background radiation. Explores cosmological questions. Recently provided great look at patterns in cosmic back ground radiation. Exploring many cosmic questions such as age and shape of universe.
Ultraviolet Spectroscopic Explorer
Remember "Black Light" posters from the 1960s? They would glow by converting ultraviolet light, from a so called "black light," into visible wavelengths. The universe has a lot of ultraviolet light as well, but it is best viewed from orbit, above the obscuring atmosphere of Earth.
To comets and Asteroids
To bring comet samples back to Earth by 2006.
On an 8-year journey to asteroid Vesta and dwarf planet Ceres. Launched
Sept. 27 07.
Part of Deep Impact smashes into a comet at 1:52 AM Eastern Daylight Time July 4th 2005. Impact kicked up material from deeper inside a comet, supposedly less effected by the sun and space weathering. This can provide a better look at pristine comet material. Second part of spacecraft, after the impact probe separates, observed debris from close range. Also observed from Earth. Spacecraft flew by another comet more recently (2010). Was put to rest, March 2011.
Orbit of Asteroid
Actually brushed onto asteroid at end of very successful mission of intimacy with asteroid.
To the Moon
Japan's high resolution explorer of the moon. Videos, images and more.
Probing interior of moon by looking at how anomalies in moon's gravitational field effect two orbiting spacecraft. Accurate measurement of the distance between the two orbiting craft tell a lot about distribution of mass in the moon. Launched September 2011. Planned crash on the moon for end of mission, Dec. 17 2012.
India's mission to orbit and explore the moon. Looking at mineral composition of lunar surface and so forth.
Launched June 18 2009. High resolution sensing of moon surface from lunar orbit. Also crashing the second stage of rocket into crater looking for evidence of water. Found water on the moon!
European Space Agency robotic mission to the moon. Testing an ion engine.
European Space Agency. Explore Venus from orbit. Similar to Mars Express. Launched Nov. 05.
Orbiting Saturn. Will send probe down to the moon called Titan December 2004-January 2005. Next close pass of Titan, October 26 2004.
On a 7 year journey to Mercury. Will orbit. Several flybys of Venus and Mercury are planned before orbit insertion. Explore these planets and solar system close to the Sun.
Two NASA missions to land rovers on Mars. Explore geology, look for signs of water, erosion and so forth.
Phoenix Mars Polar Lander
Landed near pole of Mars May 25 2008. Analyzing soil and hopefully subsurface ice that is thought to be near the surface. Analyzing chemical composition of ice and soil, looking for history of ice. Also a weather station on Mars.
Orbits Mars. Takes many pictures. Maps surface.
Galileo Jupiter Mission
Orbited Jupiter. Exploring planet and its many moons. Mission had been extended several times. Nearing end of its stabilizing propellant, plans called for crashing it into Jupiter, right before craft dies, so it doesn't contaminate Jupiter's moon Europa where life may exist. Fantastic photos of Jupiter and its many moons, from up close, including the volcanoes on Io.
Exploring the Sun
Sample solar wind, bring back to Earth 2004.
Launched in 1990. Looked down (if there is such a thing as down out there) on the poles of the sun. While other satellites are in plane with sun's equator, Ulysses is only one to orbit over north and south poles of sun. From this vantage point, it had a unique perspective. Lasted far past it's primary mission, but finally had to be turned off in June 09 as power was running low.
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