Kepler is a telescope that, unlike the Hubble telescope, is not meant for taking images of specific astronomical objects.
Not exact matches
«We have taken our
telescope, and we have counted up how many planets
are similar to the Earth in this part of the sky,» Susan Thompson, a
Kepler research scientist at the SETI Institute, said during a press conference at NASA Ames Research Center on Monday.
However,
Kepler researchers suspect that almost countless Earthlike planets
are waiting to
be found, because the
telescope can «see» only exoplanets that pass in front of their stars.
Thompson said this new
Kepler data analysis would
be the last for this leg of the
telescope's first observations.
The newly discovered exoplanets, or planets outside of the earth's solar system,
were found after researchers applied the same
AI techniques that help computers recognize images like cats in photos to data gathered from the
Kepler space
telescope.
What I like the most it does not get in the way of the scientific method or the exploration
being done by NASA, CERN, Hubble or
Kepler telescopes.
Although a mechanical failure recently put the
telescope out of commission (SN: 6/15/13, p. 10),
Kepler's census of planets orbiting roughly 170,000 stars
is enabling astronomers to predict how common planets...
Though hobbled by age, NASA's
Kepler planet - hunting
telescope is proving to
be an almost inexhaustible engine of discovery.
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.
Don't cry for the crippled
Kepler space
telescope — it
was always meant to
be the first word in planetary discovery, not the last.
With the
Kepler telescope, we
're learning about the properties of planets across the cosmic ocean.
Although
Kepler can not peer nearly as far into the cosmos as the Hubble
telescope, its view
is far more panoramic, as wide as 27 full moons across the sky.
The
Kepler team estimates that the
telescope will now need about eight years to complete what
was originally planned to
be a 3.5 - year mission.
And this
is just the latest in a series of stunning finds from
Kepler, a space
telescope designed to search for Earth - size planets orbiting other stars in what
is called «the Goldilocks zone.»
A new analysis of data from NASA's planet - hunting
Kepler mission suggests one of the
telescope's prized finds,
Kepler 452 b, might
be a statistical mirage
As astronomers presented new planetary measurements and observing techniques at the conference,
Kepler engineers in California
were strategizing about how to remotely repair one of two broken reaction wheels that precisely point the
telescope.
Kepler 452 b
was discovered by NASA's
Kepler space
telescope and announced in 2015.
The new planet's mass and density
are not yet known precisely, but a joint effort by the
Kepler spacecraft that launched in March and the W. M. Keck
telescopes could provide such data for this and other planets.
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.
And now, as coinvestigator on NASA's
Kepler space
telescope, he
is close to finding some of them.
If these giant moons around giant planets exist, they might already
be present in the available data of NASA's
Kepler space
telescope, or they could
be detectable with the European Space Agency's upcoming PLATO space mission and European Southern Observatory's ground - based European Extremely Large
Telescope.
Due to its long orbital period,
Kepler 452 b barely met that minimal criterion before the
telescope's primary mission ended — but a host of other, more technical tests convinced the
Kepler team the planet had a 99 percent chance of
being real.
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.
Although a mechanical failure recently put the
telescope out of commission (SN: 6/15/13, p. 10),
Kepler's census of planets orbiting roughly 170,000 stars
is enabling astronomers to predict how common planets similar to Earth
are across the galaxy.
Meet the man behind
Kepler, the planet - finding
telescope that
is hot on the trail of Earth - like worlds.
The
Kepler space
telescope is not quite dead.
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.
To monitor many stars and maximize its chances of finding Earths,
Kepler is forced to monitor distant ones; any Earths it finds will most likely
be about 300 light - years away, too far for any currently imaginable space
telescopes to take a spectrum from.
The
Kepler spacecraft
was launched in 2009 to hunt for exoplanets in a single patch of sky, but in 2013 a mechanical failure crippled the
telescope.
Marcy
is one of the principal investigators on NASA's
Kepler space
telescope, which
is responsible for the discovery of most of the nearly 2000 exoplanets known today, and has
been tipped for a Nobel prize for his work in the field.
Although
Kepler and Corot
are focusing on sunlike stars that could support true analogues of Earth, much of the action at ground - based
telescopes is concentrating on red dwarf stars, for the simple reason that planets
are easier to find there.
Additionally, the thousands of worlds discovered by NASA's planet - hunting
Kepler mission strongly suggest that «there should
be as many small planets like the Earth as there
are stars,» Morse explains, meaning that to see one astronomers should not need to build a gargantuan
telescope that could peer clear across the galaxy.
NASA's
Kepler telescope has found over 1200 possible exoplanets and we would dearly love to find out what these worlds
are like.
This weighty moon would change the timing and duration of its planet's transits enough to
be detectable by the
Kepler planet - finding satellite, or even by ground - based
telescopes.
Astronomer Boss gives an inside view of how new space
telescopes like
Kepler and Corot
are on the verge of finding Earth - like worlds around other stars.
Kepler detected the planet, which
is about 2.5 times as wide as Earth, as a brief dip in starlight as HIP 116454b passed between its sun and the
telescope.
The last one seen in our galaxy
was recorded by Johannes
Kepler in 1604, five years before Galileo turned his first
telescope skyward.
But evaporation might, however, explain the disappearance of atmospheres observed on rocky exoplanets, which rotate very close to their star and
are extremely hot, such as the famous «super-Earths» discovered by the Corot and
Kepler spatial
telescopes.
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).
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.
Recent observations from the
Kepler space
telescope suggest that planets the size of Jupiter
are relatively uncommon around other stars.
What a run it
was: For about four years, the
Kepler space
telescope watched more than 100,000 stars, looking for very slight dimming — a sign that a planet had crossed in front.
But half of
Kepler's data hasn't yet
been analyzed; this latter portion
is where Earth - size worlds in habitable orbits
are most likely to turn up, because the longer the mission and the more data the
telescope collects, the stronger the signals
are from these planets.
Exoplanet - hunting may get a boost in February, when NASA's
Kepler telescope is set to release a flood of data.
Previous sky surveys with ground - based
telescopes have mainly detected giant planets, while NASA's
Kepler observatory has uncovered the existence of many smaller exoplanets, but their host stars
are faint and difficult to study.
Because
Kepler's stars
were so far and so dim, some of its planet candidates
were confirmed as actual planets only by statistics rather than by other
telescopes.
The research will help astronomers determine which planets discovered with NASA's
Kepler telescope — which has a primary mission of finding habitable planets similar to Earth —
are actually more analogous to Earth's similarly - sized sister planet.
Then there
was the
Kepler telescope, which found thousands of planets, including some in the habitable zone, and some within a few dozen light - years of us.
Data from the
Kepler space
telescope show that exoplanets tend to
be similar in size to their neighbours and regularly spaced, no matter the size of their star
Astrophysicists at the University of Birmingham have used data from the NASA
Kepler space
telescope to discover a class of extrasolar planets whose atmospheres have
been stripped away by their host stars, according to research published in the journal Nature Communications today (11 April 2016).