Not exact matches
Thompson said this new Kepler data analysis would
be the last for this leg of the
telescope's
first observations.
Joel Achenbach at the Washington Post
was the
first to report the NRO had given the two «exquisite» flight - qualified
telescopes — which it didn't need anymore — to NASA just over a week ago:
«Oumuamua (official designation 1I / 2017 U1 - the «I»
is for «interstellar»)
was first spotted by the Pan-STARRS 1
telescope in Hawaii in late October, and it didn't take long for astrophysicists to figure out that both its trajectory and its velocity indicated that it
was an extrasolar stranger, perhaps flung out by a neighboring star.
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This
is the
first stroller that has a unique frame that
telescopes in and out to turn the stroller the length of a single to the length of a double in seconds.
The
first complaint
is about the
telescoping handle with a couple of reviews saying that the button on the handle that controls the
telescope doesn't work.
Those observations, using the ginormous Gemini 8 - meter
telescope,
were among the
first exoplanets directly imaged (as opposed to inferred using indirect techniques), and they made up the
first exoplanet solar system ever directly seen.
In the spacecraft's
first record - breaking accomplishment, reported June 16 in Science, the satellite used onboard lasers to beam down pairs of entangled particles, which have eerily linked properties, to two cities in China, where the particles
were captured by
telescopes (SN: 8/5/17, p. 14).
The
first thing you'll notice about this rod
is it
's telescoping.
One size fits all This
is not the
first time astronomers have lobbied for such a large space
telescope.
A far - flung star's extra wink, spotted in data from the Kepler space
telescope and further probed by the Hubble Space
Telescope, may
be the
first evidence for an exomoon — a moon orbiting a planet orbiting a distant star.
A far - flung space
telescope is peering into galactic nuclei to spot one for the
first time
Don't cry for the crippled Kepler space
telescope — it
was always meant to
be the
first word in planetary discovery, not the last.
But without the right preparation and knowledge it can also
be frustrating to use your
first telescope.
You can't see a black hole directly, but you can see its shadow — and now vast
telescopes are ready to get their
first glimpse of the cosmic monster at the heart of our galaxy
The flare
was first discovered on Nov. 11, 2014, and scientists have since trained a variety of
telescopes on the event to learn more about how black holes grow and evolve.
With $ 25,000, help from volunteers, donations of equipment — and despite a fire that nearly destroyed the observatory while it
was under construction — «
first light» (the
first time a
telescope is used to make an astronomical observation)
was achieved in early 2000.
This new picture celebrates an important anniversary for the Very Large Telescope — it
is fifteen years since the
first light on the
first of its four Unit
Telescopes, on 25 May 1998.
Discovery of the gamma - ray «bang» from FRB 131104, the
first non-radio counterpart to any FRB,
was made possible by NASA's Earth - orbiting Swift satellite, which
was observing the exact part of the sky where FRB 131104 occurred as the burst
was detected by the Parkes Observatory radio
telescope in Parkes, Australia.
Researchers
are rushing around this brand - new compound of the Chinese Academy of Sciences (CAS) in anticipation of the launch of the nation's
first X-ray
telescope.
Plain ol' Earth - size worlds, the
first of which
are now trickling into our exoplanet catalogs, will remain too small for our
telescopes to study in any detail for years to come.
So far not precluding a starshade closely resembles a concerted effort to build one: when NASA
first announced the formal start of WFIRST, it also confirmed that the
telescope would
be launched into an orbit 1.5 million kilometers from Earth, where conditions
are tranquil enough for a starshade to function.
The star
was discovered using the ANU SkyMapper
telescope at the Siding Spring Observatory, which
is searching for ancient stars as it conducts a five - year project to produce the
first digital map the southern sky.
«It
's like the
first time a
telescope was pointed at the sky.»
The team will also make modifications to the
telescope's instrumentation, which will allow scientists to look even further back in time, to before there
were enough stars to form galaxies, when the very
first population of very massive objects began to blossom.
A transit
was first seen in 1631, two decades after the invention of the
telescope, by French astronomer Pierre Gassendi.
Kepler 10b: Kepler's Calling Card Announced in January 2011, Kepler 10b
was the mission's
first discovery of a small, rocky planet, proof of the Kepler
telescope's planet - hunting prowess.
The
first camera to
be completed and go on the
telescope is going to find all the low - hanging fruit.
The poet Alfred Noyes, who
was at Mount Wilson on November 1, 1917, when the completed
telescope first turned to the sky, later wrote of the scientists: «Where
was the gambler that would stake so much, — / Time, patience, treasure, on a single throw?
Physics
was the
first science to
be transformed by accurate information,
first with
telescopes that revealed the heavens and culminating in massive modern - day experiments like the Large Hadron Collider at CERN, near Geneva, Switzerland.
Data from the BICEP2
telescope (shown) may have provided the
first evidence of gravitational waves and cosmic inflation, but scientists aren't sure how galactic dust affects the signal.
During an evening
telescope workshop, a University College London professor and his four undergraduates spotted the
first type Ia supernova to
be discovered in 4 decades.
When completed around 2024, the
telescope will
be able to image the Universe at the time when the
first stars and galaxies began to form.
The
first evidence for an exomoon — a moon orbiting a planet orbiting a distant star — may have
been spotted in data from the Kepler space
telescope.
He persuaded Caltech to install an 18 - inch Schmidt
telescope that became the
first astronomical instrument on Mount Palomar, and soon national media
were regularly keeping a running tab of how many «star suicides» his survey of the heavens had discovered and how bright they
were: 400 to 600 million times as luminous as the sun.
Jupiter's radiation belts prevent ground - based
telescopes from seeing deeper, and so scientists
are relying on Juno's daring, swooping polar orbit to provide one of the
first views into the deep underworld of Jupiter's atmosphere.
Ever since LIGO announced the
first gravitational - wave event in early 2016, networks of small
telescopes around the world have
been poised to detect an «optical counterpart.»
But in the near future new large
telescopes such as the James Webb Space Telescope, scheduled to
be launched in 2018, will
be able to detect the
first explosions of stars in the Universe, and may
be able to identify them using this method.
«It
's like Galileo pointing the
first telescope to the sky.
Or the survey for astronomy might continue on schedule without knowing whether Webb will
be successful, particularly if it treats the troubled
telescopes as
first and foremost a cautionary tale against similarly ambitious future missions.
Meanwhile, astronomers at the Very Large Array radio
telescope in New Mexico
were detecting the burst's radio - wave aftermath, another
first.
The 10,000 th near - Earth object, asteroid 2013 MZ5,
was first detected on the night of June 18, 2013, by the Pan-STARRS-1
telescope, located on the 10,000 - foot (convert) summit of the Haleakala crater on Maui.
The
first orbiting facility of its kind, for 27 years the
telescope has
been exploring the wonders of the cosmos.
The last one seen in our galaxy
was recorded by Johannes Kepler in 1604, five years before Galileo turned his
first telescope skyward.
(He
was the
first to use a
telescope to formally observe the sky, though.)
The Kepler space
telescope has bagged its
first confirmed planet since
being benched in the summer of 2013 by a broken part used to steady the spacecraft (SN: 9/21/13, p. 18).
In spring 2003, the center of our Galaxy and the remnants of the explosion of a massive star
were the
first two sources identified by HESS's Cherenkov
telescopes, then still
being tested.
Enthusiasts began searching for such signals from nearby stars in the early 1990s, but the new
telescope will
be the
first to examine the entire sky for artificial pulses of light.
The resolving power of modern
telescopes has exceeded Einstein's expectations; the
first gravitational lens
was discovered in 1979 from ground - based observations.
Located 620 light - years away, it
is the
first planet found by NASA's Kepler space
telescope to reside in its star's habitable zone — a region that can support liquid water, a key requirement for life on Earth.