Examples of using Kepler in English and their translations into Urdu
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Kepler 3 Seater with Chaise.
Artist's impression of Kepler.
Kepler, one of the greatest physicist-astronomers 17.
Predicted structure of the Milky Way overlaid with the original Kepler search space.[1].
Kepler 62f is about 40 per cent larger than the Earth and may possess surface oceans.
Observations suggest the planet, named Kepler 78b, is composed mostly of rock and iron, much like our own planet.
Tübingen notables include Hegel, Hölderlin and Schelling, Mörike and Uhland,Johannes Kepler and Wilhelm Schickard.
The Kepler line of graphics cards by Nvidia came out in 2012 and were used in the Nvidia's 600 and 700 series cards.
Once suitable candidates have been found from Kepler data, it is necessary to rule out false positives with follow-up tests.
Kepler orbits the Sun,[1][57] which avoids Earth occultations, stray light, and gravitational perturbations and torques inherent in an Earth orbit.
It is the outermost of five planets circling a star that is smaller and cooler than the sundiscovered by the American space agency Nasa's Kepler space telescope in 2013.
On May 13, 2009, at 00:01 UTC, Kepler successfully completed its commissioning phase and began its search for planets around other stars.[71][72].
Kepler believed that the construction of the universe is more with the sun in its center than with the Earth, observing the harmonic mathematical conditions.
At a distance of 1,400 light-years, Kepler 452b accompanies a star whose characteristics are very similar to the Sun: it is 4 percent more massive and 10 percent brighter.
Kepler data has also helped scientists observe and understand supernovae; measurements were collected every half-hour so the light curves were especially useful for studying these types of astronomical events.
NASA held a press conference to discuss early science results of the Kepler mission on August 6, 2009.[105] At this press conference, it was revealed that Kepler had confirmed the existence of the previously known transiting exoplanet HAT-P-7b, and was functioning well enough to discover Earth-size planets.[106][107].
Kepler-22b one of the first 54 candidates found by the Kepler telescope and reported is 2.4 times the size of the Earth, with an estimated temperature of 22 °C. It is described as having the potential for surface water, though its composition is currently unknown.[64].
On December 20, 2011, the Kepler team announced the discovery of the first Earth-size exoplanets, Kepler-20e[1] and Kepler-20f,[2] orbiting a Sun-like star, Kepler-20.[135].
The Kepler space telescope conducted its own partial analysis on board and only transmitted scientific data deemed necessary to the mission in order to conserve bandwidth.
The scientific objective of the Kepler space telescope was to explore the structure and diversity of planetary systems.[81] This spacecraft observes a large sample of stars to achieve several key goals.
In 2010, Kepler identified two systems containing objects which are smaller and hotter than their parent stars: KOI 74 and KOI 81.[124] These objects are probably low-mass white dwarfs produced by previous episodes of mass transfer in their systems.[2].
Although no new science data from Kepler field had been collected since the problem, an additional sixty-three candidates were announced in July 2013 based on the previously collected observations.
The Kepler Input Catalog is a publicly searchable database of roughly 13.2 million targets used for the Kepler Spectral Classification Program and the Kepler mission.[235][236] The catalog alone is not used for finding Kepler targets, because only a portion of the listed stars(about one-third of the catalog) can be observed by the spacecraft.
By May 10, 2016, the Kepler mission had verified 1,284 new planets.[1] Based on their size, about 550 could be rocky planets. Nine of these orbit in their stars' habitable zone.
Data collected by Kepler is also being used for studying variable stars of various types and performing asteroseismology,[86] particularly on stars showing solar-like oscillations.
In November 2013, the second Kepler science conference was held. The discoveries included the median size of planet candidates getting smaller compared to early 2013, preliminary results of the discovery of a few circumbinary planets and planets in the habitable zone.[158].
The nearest star system in Kepler's field of view is the trinary star system Gliese 1245, 15 light years from the Sun. The brown dwarf WISE J2000+3629, 22.8± 1 light years from the Sun is also in the field of view,but is invisible to Kepler due to emitting light primarily in infrared wavelengths.
Official website by NASA's Ames Research Center Kepler website by NASA Kepler Science Center by NASA's Ames Research Center Kepler public data archive by the Space Telescope Science Institute Kepler- Tally of Exoplanets(NYT; October 30, 2018) Strömgren survey for Asteroseismology and Galactic Archaeology Video(1:00): Kepler Orrey V(Oct 30, 2018) on YouTube.
On April 20, 2009, it was announced that the Kepler science team had concluded that further refinement of the focus would dramatically increase the scientific return.[69] On April 23, 2009, it was announced that the focus had been successfully optimized by moving the primary mirror 40 micrometers(1.6 thousandths of an inch) towards the focal plane and tilting the primary mirror 0.0072 degree.
NASA has characterized Kepler's orbit as"Earth-trailing".[58] With an orbital period of 372.5 days, Kepler is slowly falling farther behind Earth(about 16 million miles per annum). As of May 1, 2018[update], the distance to Kepler from Earth was about 0.917 AU(137 million km).[3] This means that after about 26 years Kepler will reach the other side of the Sun and will get back to the neighborhood of the Earth after 51 years.