The findings could also prove useful in optical systems, such as microscopes and telescopes, for
viewing faint objects that are close to brighter objects — for example, a faint planet next to a bright star.
Not exact matches
✔ I want a beginner telescope: Refractor or Reflector ✔ I want a rugged telescope that requires little or no maintenance: Refractor ✔ I want to also observe
objects on earth (e.g. birds): Refractor or Compound ✔ I want to
view faint, deep sky
objects: Reflector or Compound ✔ I want the best image quality: Reflector or Compound ✔ I want the biggest bang for my buck (high value): Reflector ✔ I want to do astrophotography: Compound
Even in the best telescopic
views such a small and distant
object just appears as a
faint point of light.
Just as bigger telescopes collect more light and enable
viewing of
fainter objects, increasing the mass of germanium allows for a greater probability of observing the rare decay.
During a servicing mission in February 2002, astronauts added the Advanced Camera for Surveys (ACS), doubling the Hubble's field of
view and replacing the
Faint Object Camera, which served as the HST's telephoto lens.
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.
The European Space Agency's
Faint Object Camera on board NASA's Hubble Space Telescope has provided a fascinating close - up
view of Supernova 1987A in the Large Magellanic Cloud.