That prospect sends chills down the spines of some astronomers, who hope to build even
bigger space telescopes using the new technologies developed at such great cost for Webb.
According to Mather and other leading astronomers now working on a report to be released this summer by the Association of Universities for Research in Astronomy (AURA), that quest and others require an even
bigger space telescope that would observe, as Hubble does, at optical, ultraviolet and near - infrared wavelengths.
Not exact matches
All that sends you to
space, and makes you build
big telescopes.
Space telescopes studying the
Big Bang's relic radiation (the cosmic microwave background) have found the universe is almost perfectly flat.
BICEP2 and similar
telescopes hunt for gravity waves with a much lower frequency, signaling reverberations from a split - second span just after the
Big Bang called inflation, when
space itself stretched rapidly.
A new
space telescope bigger than Hubble will reveal the young universe as never before, say Michael Rowan - Robinson and Matt Griffin
Astonishingly, this species of planet is the most common in the Milky Way, making up some 77 percent of the planetary quarry snagged by our
biggest survey to date, with the Kepler
space telescope.
In the
big scheme of things two months of observing time on our best
space telescope might be worthwhile if it reveals something there associated with life.»
But in March, the European
Space Agency announced that its orbiting Planck
telescope had taken the temperature of 50 million tiny patches of sky, creating the highest - resolution baby picture of the whole universe ever taken, and allowing astronomers to better understand the first moments after the
Big Bang.
Now, the European
Space Agency's Herschel
telescope has detected heat from five of these dusty galaxies, opening a window into the universe's
biggest stellar construction boom.
The study, conducted by the BICEP2 team that claimed the discovery and scientists with the Planck
space telescope, nullifies a result that would have provided the first direct evidence of cosmological inflation, a brief moment after the
Big Bang when the universe rapidly ballooned in size.
That piece of sky is like a piece of pie pointed at the
telescope: it includes a much
bigger volume of
space — and many more galaxies — at a distance of 4 billion light - years than at 100 million light - years.
The
big four
space telescopes — SIRTF, SIM, NGST, AND TPF — will no doubt satisfy even the most hard - core
space junkies for at least a little while, but there's no need to wait.
If finding life on other planets is really NASA's most important goal, then the Terrestrial Planet Finder is the
big enchilada of the entire
spaced - based
telescope effort.
Among the most used by amateur astronomers are The New Cosmos: Answering Astronomy's
Big Questions, Comets: Visitors from Deep
Space, The Universe from Your Backyard, Deep - Sky Observing with Small
Telescopes, and Stars and Galaxies.
When it comes to
space telescopes,
bigger is better.
An influential group of US astronomers has laid out its vision for the
biggest and best
space telescope yet — a worthy successor to the much - loved Hubble Space Telescope that some say could cost US$ 10 billion or
space telescope yet — a worthy successor to the much - loved Hubble
Space Telescope that some say could cost US$ 10 billion or
Space Telescope that some say could cost US$ 10 billion or more.
The
biggest infrared
telescope in
space now is the compact Spitzer Space Telescope, which has a 2.7 - foot (0.8 - meter) mi
space now is the compact Spitzer
Space Telescope, which has a 2.7 - foot (0.8 - meter) mi
Space Telescope, which has a 2.7 - foot (0.8 - meter) mirror.
From Mauna Kea on the
Big Island of Hawaii to St. Croix in the U.S. Virgin Islands, the VLBA spans more than 5,000 miles, providing astronomers with the sharpest vision of any
telescope on Earth or in
space.
However, now that adaptive optics is beginning to give very good results, then there are some wavelength regions where things can be done from the ground probably with a much cheaper experiment than you would be able to do from
space or for the same amount of money with much
bigger telescopes.
WFIRST was designed around repurposing an existing
telescope about as
big as the Hubble
Space Telescope.
From brilliant design, sheer grit, and less than 6 percent of what the Hubble
Space Telescope cost, the W. M. Keck Observatory was born and has since remained home to the two
biggest and most scientifically productive
telescopes on Earth.
Moreover, the Hubble
Space Telescope is not only an astronomical instrument (though the
telescope makes up its
biggest part) but also a sophisticated spacecraft.
Space telescopes like Planck that observe the Cosmic Microwave Background radiation have mapped the light from the very early Universe, just after the moment of the
Big Bang.