Not exact matches
Chances are we'll never know
for sure without an armada of
space telescopes, and their
future looks uncertain.
«And the coronagraph technology this would test will help us plan
for future missions, the huge
space telescopes we want to launch decades from now.
RCT Consortium
telescope The Robotically Controlled
Telescope was built in 1965 as a test bed
for future orbiting
space telescopes.
Future space observatories like Webb or Hubble - like
telescopes built
for infrared with apertures of around three meters could also aid in the hunt.
She also points out that, in order to fully exploit this method and attempt to understand what dark energy actually is, «a much wider survey is necessary,» such as those planned
for the
future space -
telescope missions such as the United States proposed Joint Dark Energy Mission and Europe's proposed Euclid satellite.
Using a web interface, interested scientists can,
for example, select objects from the raw simulation data, process it, and even create virtual observations mimicing existing or
future space telescopes.
The NASA / ESA Hubble
Space Telescope is already being used to search
for atmospheres around the planets and team member Emmanuël Jehin is excited about the
future possibilities: «With the upcoming generation of
telescopes, such as ESO's European Extremely Large Telescope and the NASA / ESA / CSA James Webb
Space Telescope, we will soon be able to search
for water and perhaps even evidence of life on these worlds.»
The
space telescope has also paved the way
for future missions focused on observing the universe in infrared wavelengths, ESA officials added.
The discovery by a ground - based
telescope is expected to assist
future space missions to search
for transiting exoplanets.
What does the
future hold
for the great observatory, and will its
space telescope successor measure up to Hubble?
NASA is investing in technology concepts that include meteoroid impact detection,
space telescope swarms and small orbital debris mapping technologies that may one day be used
for future space exploration missions.
TESS will observe these brighter nearby stars
for exoplanets in order to identify a list of the best targets
for follow - up observations by ground - based observatories and
future space telescopes.
Not only will Project Blue look
for Earth - like planets right in our backyard, it will be the proving ground
for future missions like the ASTRO - 1
space observatory, a privately - funded UV - Visible
space telescope mission that will provide unprecedented views of the cosmos and alien worlds.
Any planets Project Blue finds will be excellent potential targets
for future large
space telescopes being developed by NASA and other
space agencies.
Project Blue will demonstrate and test coronagraph and wavefront technologies similar to ones that could be used on much larger
future space telescopes currently being studied by NASA (e.g., HabEX, LUVOIR), and thus help to retire technical risks and hone the observing techniques and data processing algorithms
for those missions.
Swiss architect Mario Botta delivered a classically proportioned red ziggurat whose boldly striped oculus was
telescoped to the
future and would have taken it there, but
for the gift by the Fishers of an art collection that mandated twice the
space.