Not exact matches
Captured by Kepler's digital sensors, transformed into bytes of
data, and downloaded to computers at NASA's Ames Research Center near San Francisco, the processed starlight slowly revealed a remarkable story: A planet not much bigger than Earth was whipping
around its native star at a blistering pace, completing an
orbit — its version of a «year» — in just over 20 hours.
With hundreds of satellites operating in
orbit around Earth and elsewhere in the solar system, it's easy to imagine that communication channels might become overwhelmed with
data from the satellites.
Gathering that
data is the mission of the Mars Reconnaissance Orbiter, or MRO, a 4,800 - pound probe now in elliptical
orbit around the Red Planet.
The findings from Akatsuki, in an equatorial
orbit, were expected to complement
data coming from the European Space Agency's Venus Express, which has been in a polar
orbit around the planet since April 2006.
Barman took a second look at Hubble Space Telescope
data collected by Harvard astronomers, who measured the light coming from HD 209458 b as it reached the widest part of its 3.5 - day
orbit around its star.
NASA's
Orbiting Carbon Observatory - 2 (OCO - 2) mission was launched in July 2014 and has been consistently gathering
data on patterns of carbon exchange between the land and the atmosphere
around the globe over the course of 16 - day cycles, collecting roughly 2 million measurements each month.
Using
data from the GPS stations, an accelerometer that measures ground motion in Kathmandu,
data from seismological stations
around the world, and radar images collected by
orbiting satellites, an international team of scientists led by Caltech has pieced together the first complete account of what physically happened during the Gorkha earthquake — a picture that explains how the large earthquake wound up leaving the majority of low - story buildings unscathed while devastating some treasured taller structures.
They used
data from MESSENGER's cameras and spectrometers collected after the spacecraft entered
orbit around Mercury in 2011.
Comparing that
data with
orbit calculations from the European Space Agency's Gaia spacecraft suggested that the blip could be another object
around MU69.
NASA's Dawn spacecraft hasn't reached optimum
orbit around Ceres but the
data it's returning has already got scientists excited.
The 3D model was created from
data harvested by the agency's Dawn spacecraft over the course of its year - long stay in
orbit around the asteroid between July 2011 and September 2012.
The VLA
data were used to track the
orbit of the smaller Southern star
around the larger Southern object, presumed to be a pair of stars
orbiting each other closely.
By combining observational
data from OGLE and Hubble, astronomers have been able to work out the nature of the star system, which is located
around 8,000 light - years away, to great precision The star system consists of two red dwarfs
orbiting one another only 7 million miles apart (as a comparison, this is only 14 times the Earth - moon distance).
Although the spacecraft could beam its
data stream to spacecraft already in
orbit around Mars, the GBT's 2.3 - acre dish easily grabbed that signal from tens of millions of miles away.
G2 makes an unusual, 300 - year elliptical
orbit around the black hole and Ghez's group calculated its closest approach occurred this summer — later than other astronomers believed — and they were in place at Keck Observatory to gather the
data.
De Kleer timed her Gemini and IRTF observations to coincide with observations of the plasma torus by the Japanese HISAKI (SPRINT - A) spacecraft, which is in
orbit around Earth, so she can correlate the different
data sets.
Its
orbit around Errai A is eccentric (e ~ 0.19, derived from
data by Deutsche Astronomische Gesellschaft and Klaus Fuhrmann) and takes 2.47 years to complete.
«There's a tantalizing incentive: it's possible that some potentially habitable planets like Earth, which are relatively small and
orbit around relatively dim stars, might be hiding just below the traditional detection threshold — there might be hidden gems still undiscovered in the Kepler
data!»
The European Space Agency's Mars Express probe continues to image and study the surface of the Red Planet and gather
data about the Martian atmosphere today, nearly 10 years after arriving in
orbit around Mars.
The LRO was launched and began acquiring
data from
orbit around the Moon in 2009.
Kepler 10b was detected using the transit method from more than eight months of
data collected by the spacecraft between May 2009 and early January 2010 and confirmed by radial velocity measurements, and there evidence for another planet (KOI 72.02) in an outer
orbit with a period
around 45.3 days (Kepler news release; images, animations, and discovery page; and Batalha et al, 2011).
Previously discussed in a November 24, 2011 pre-print, the astronomers «surveyed a carefully chosen sample of 102 red dwarf stars in the southern skies over a six - year period» and found a «total of nine super-Earths (planets with masses between one and ten times that of Earth),» of which two
orbiting within the habitable zones of Gliese 581 and Gliese 667 C. By combining all the radial - velocity
data of red dwarf stars (including those without undetected planets) and examining the fraction of confirmed planets that was found, the astronomers were able to estimate the probable distribution of different types of planets
around red dwarfs: for example, only 12 percent of such stars within 30 light - years may have giant planets with masses between 100 and 1,000 times that of the Earth (ESO news release; Bonfils et al, 2011; and Delfosse et al, 2011).
Larger sails can thrust against Earth's gravity and not even be in
orbit around the Earth, and a pole sitter could sit continuously over Earth's poles and can provide continuous
data on the polar ice caps.
But while space enthusiasts wait for
data and images to start pouring out — Juno's principal investigator, Scott Bolton, said all images shot by the «Juno Cam» will be released to the public — NASA has published a time - lapse video of the Galilean moons
orbiting around Jupiter.
Triton is a moon in a close retrograde
orbit,
data is very sparse, its «year»
around Neptune is short, but Neptune's orbital period is longer than we have known about Triton, so again no
data on long term secular trends.
The report, featuring input from more than 400 climate scientists working in 58 countries
around the globe, includes updates on worldwide climate indicators, significant weather events and
data gathered by monitoring instruments and stations on land, sea, ice and from
orbit in space.
We got a full seven days out of it in our initial use, but the more we played
around with it and found new functions that put the battery to more use, 5 to 6 days became the standard, though the
Orbit keeps a running tally of the last 7 days and overwrites the oldest
data as it goes.