«The fact that these pulsars were never before detected in this highly studied area of the Galaxy shows that the GBT has outstanding capabilities and will be an important
tool for astronomers to make very precise, very sensitive observations of the Universe.
The discovery showed that gravitational waves offer a new way of observing the universe and are a major
tool for astronomers.
Sixteen years and thousands of awe - inspiring images later, the fixed Hubble is an invaluable
tool for astronomers.
Not exact matches
Leavitt worked out the «period - luminosity relationship» in 1908, giving
astronomers a powerful
tool for measuring the distance to stars and other astronomical objects.
As they are opaque to visible light it is difficult
for astronomers to observe their inner workings, and so other
tools are needed to unveil their secrets — observations in the infrared or in the submillimetre parts of the spectrum,
for example, where the dust clouds, only a few degrees over absolute zero, appear bright.
At the Harvard - Smithsonian Center
for Astrophysics, David Kipping has been thinking about finding faraway moons since 2007, before
astronomers had the
tools to detect them.
Yesterday's inauguration of the first element of an international telescope array in Namibia provides
astronomers with the most sensitive high - energy gamma ray observatory ever — a powerful new
tool for studying the most violent processes in the universe.
It signaled a new era in astronomy, providing
astronomers a
tool for probing the depths of the universe that are obscured from view with Maxwell's «other radiations, if any.»
We are eager
for astronomers to exploit the full power of this amazing
tool.»
This general purpose, long - lived facility would be the prime
tool for generations of
astronomers, producing transformational scientific advances in every area of astronomy and astrophysics from black hole physics to galaxy formation, from star and planet formation to the Solar System.
«To take a powerful new instrument, a
tool for looking at the universe in a completely novel way, and install it at the greatest observatory in the world is a dream
for an
astronomer.
The package is a mainstay and a daily
tool for most of the world's radio
astronomers, and also has been used by scientists in such other fields as fluid - dynamics simulation and medical imaging.
In the hunt
for life - sustaining exoplanets,
astronomers now have access to a powerful new
tool.
After the Kepler space telescope was launched in 2009,
astronomers finally had the
tools to search
for these among exoplanets.
Second, together with our international partners, NSF provides the
tools that
astronomers need to make precision measurements of planetary systems; the newly inaugurated Atacama Large Millimeter / submillimeter Array (ALMA) can study planets in the act of formation, while the Gemini Observatory is poised
for new exoplanet discoveries with the Gemini Planet Imager (GPI) that will be commissioned in the next year.
What is unique is that at the dawn of radio astronomy, a scientist predicted hydrogen would emit this radiation at detectable radio wavelengths, and this prediction offered
astronomers a new
tool for studying the universe.