What I'm trying to find are
very faint objects that reflect and re-emit the light from a host star nearby.
However, the researchers pointed out, the remaining 4 percent of the radio emission could be coming from as many as 100 billion
very faint objects.
So Jewitt and Luu carried out two parallel surveys: they used the Palomar Observatory's Schmidt telescope equipped with conventional glass photographic plates to scan large areas of the sky for
the very faintest objects, while also watching a narrow field of view in the plane of the planets for rare but slightly brighter objects using MIT's 1.3 - metre telescope fitted with a CCD.
Not exact matches
Tiny and
very faint, this fast moving
object (centre) was captured by astronomers as it passed through our Solar system.
Objects in the Kuiper Belt are difficult to detect because they are
very faint.
«It's
very difficult to see these
faint moving
objects in front of thousands and thousands of background stars,» Parker says.
Astronomers studying distant
objects call these stars «foreground stars» and they are often not
very happy about them, as their bright light is contaminating the
faint light from the more distant and interesting
objects they actually want to study.
Extreme adaptive optics also allows much
fainter objects to be seen
very close to a bright star.
Tiny and
very faint, this fast moving
object (centre) was captured by astronomers as it passed through our Solar system.
The team has focused on a particular type of
objects called Dust - Obscured Galaxy (DOG) that has a prominent feature: despite being
very faint in the visible light, it is
very bright in the infrared.
Astronomers are stuck with such indirect methods of detection because current telescope technology struggles to image
very distant and
faint objects - especially when they orbit close to the glare of a star.
The Dragonfly Telephoto Array used 14 - centimeter state of the art telephoto lens cameras to produce digital images of the
very faint, diffuse
objects.
The astrophysicists used the National Science Foundation's
Very Large Array (VLA) radio telescope to capture the
faintest details yet seen in the plasma jets emerging from the microquasar SS 433, an
object once dubbed the «enigma of the century.»
Once more massive and brighter than Gacrux and so burnt out much faster, it is now probably a few hundred times
fainter than Sol, with 0.6 to 1.4 times its mass and less than one percent of its diameter — a
very dense
object at planetary size.
Other close companions are the well - studied Carina, Draco, Fornax, Leo I, Leo II, Sextans, Sculptor, and Ursa Minor galaxies, as well as several
very faint, less well - known
objects.
Quick follow - up observations undertaken with the 8.2 - m Antu instrument at European Southern Observatory's
Very Large Telescope in the Paranal and the 1.5 - meter Danish telescope at La Silla identified a
faint, point - like
object in visible light that was fading rapidly, the optical counterpart of the gamma - ray burst called the «afterglow» (Pedersen et al, 2000).
Adaptive optics removes the blurring effects of the Earth's atmosphere, greatly increasing the acuity of astronomical images and allowing astronomers to study
very faint and distant
objects in the universe.
The HRS contrasted with the FOS in that it concentrated entirely on UV spectroscopy and traded the extremely
faint objects for the ability to analyze
very fine spectral detail.
This is because many of the inner Oort cloud
objects are so distant that even
very large ones would be too
faint to detect with current technology,» says Sheppard.
Messier included the
object in his catalogue with the following description: «
Very faint nebula, discovered in Sagittarius; its center is brilliant & it contains no star, seen with an achromatic telescope of 3.5 feet [FL].