This week an international
team of astronomers reports the first multiple - star system to be observed during the earliest stage of formation.
A
group of astronomers who met in 1961 to figure out the odds of finding intelligent life in our own galaxy turn out to have been really smart and really lucky.
Just last month, the collision of a pair of neutron stars was observed in both light and gravity through a joint effort involving
thousands of astronomers on every continent in the world.
A team
of astronomers says it has found a new and remarkably simple way to measure the mass of a black hole: examine the shape of its home galaxy.
A deviation from the predictions of general relativity would be welcomed by a
lot of astronomers and physicists.
It happens to sit neatly with the
opinion of some astronomers who hold that the universe was always there and did not need a beginning.
The data they collect are distributed through professional journals and preserved on the hard
drives of astronomers scattered around the globe.
Since they've run
out of astronomers interested in playing, they have extended membership to people from other disciplines.
Now, after 6 months of analysis, an international
team of astronomers has discovered why the event was so extraordinary.
In this particular, even the scientists established that the region of sky where the source was located was around 60 square degrees big and was searched by 25 different
groups of astronomers.
An international team
of astronomers led from Chalmers University of Technology has used the giant radio telescope Lofar to create the sharpest astronomical image ever taken at very long radio wavelengths.
A group
of astronomers used Hubble to study the remnant of the Type Ia supernova explosion SNR 0509 - 68.7 — also known as N103B (seen at the top).
The science team for this study consists
of astronomers at Shanghai Astronomical Observatory, National Astronomical Observatory of Japan, Hiroshima University, University of Edinburgh, and University of Cambridge.
this news just in (did not know where to put it): «Caltech - Led Team
of Astronomers Finds 18 New Planets, Discovery is the largest collection of confirmed planets around stars more massive than the sun»
The American Astronomical Society is offering opportunities for AAS members to secure funding to travel to a Society meeting in order to increase the
number of astronomers from historically underrepresented groups.
In 1986 a group
of astronomers observing the motions of the Milky Way and neighbouring galaxies noted that the galaxies were moving toward the Hydra - Centaurus superclusters in the southern sky with velocities significantly different from those predicted by the expansion of the universe in accordance with the Hubble law (see Hubble's constant).
The international team
of astronomers made use of the Guo Shou Jing telescope located in the Hebei Province, China, in order to ascertain whether the powerful solar storms were generated via the same method as standard solar flares.
An Australian - led group
of astronomers working with European collaborators has revealed the «DNA» of more than 340,000 stars in the Milky Way, which should help them find the siblings of the Sun, now scattered across the sky.
International team
of astronomers releases the largest - ever compilation of exoplanet - detecting observations, made from observatory atop Maunakea
Recently, a team
of astronomers reported discovering a pulsating star that appears to shine with the energy of 10 million suns.
Using data from the Kepler space telescope, a
pair of astronomers from Columbia University may have found the first example of an «exomoon»: a Neptune - size world circling a planet 10 times Jupiter's mass that is about between 80 and 90 percent as close to its sun as Earth is to ours.
An international team
of astronomers including researchers from the University of British Columbia has discovered a new dwarf planet orbiting in the disk of small icy worlds beyond Neptune.
While the overwhelming
majority of astronomers believe in the existence of dark matter, a handful of heretics have begun to question the wisdom of believing in something that no one has ever seen.
By measuring the CMB polarization data provided by POLARBEAR, a
collaboration of astronomers working on a telescope in the high - altitude desert of northern Chile designed specifically to detect «B - mode» polarization, the UC San Diego astrophysicists discovered weak gravitational lensing in their data that, they conclude, permit astronomers to make detailed maps of the structure of the universe, constrain estimates of neutrino mass and provide a firm test for general relativity.
About 10 years ago, a group
of astronomers started talking about creating a unified, global virtual observatory.
Many of our astronomers in East Asia have long been involved in pursuing the most important problems in astronomy by utilizing the amazing telescopes on top of Mauna Kea.
That was the verdict from a landmark meeting
of astronomers last week which saw the unveiling of a huge haul of new exoplanets in our galaxy.
An international team
of astronomers recently announced the discovery of an astonishing number of faint low surface brightness dwarf galaxies in the Fornax Cluster, suggesting that the «missing satellites» are now being found.
Investigating the flashes, Marshak and his colleagues found that similar reflections from our pale blue dot caught the
attention of astronomer Carl Sagan in 1993.
On March 4, 2014, a team
of astronomers also revealed the detection of a larger super-Earth «c» with around 8.7 (+5.8 / -4.7) Earth - masses at an average distance of 0.176 (+0.009 / -0.030) AU from host star Gl 682.
Phrases with «of astronomers»