It is a question that scientists and engineers from a number of organisations have been pondering for the past few years, with many asking what telescope will actually have the greatest impact on the astronomical community over the next decade or two.
In this article, we look at a few of the most popular telescopes currently being developed and what the impact of one on the field of astronomy.
The answer to this question is very different for different types of telescopes, with the most prominent being the Hubble Space Telescope, which is currently operating at a distance of 1.6 million kilometres, and the James Webb Space Telescope.
There are other observatories that could be developed that are smaller than these and could be used for research or even as a showcase for a new telescope.
The question of what telescopes will have a big impact on astronomy will depend on the needs of the field.
Many are using telescopes to measure how stars look in the night sky and to search for planets and other celestial objects.
Other applications for telescopes are in astronomy for astrophysics, astrobiology, and astronomy for the development of the next generation of telescopes.
The biggest difference between astronomy and astronomy education is that astronomy is primarily aimed at students, whereas astronomy education aims to teach the public about the scientific process and how it can be applied to other disciplines.
The primary goal of an astronomy education course is to prepare students for careers in astronomy, which are often required for many jobs in the industry.
While the majority of the world’s telescopes are being developed to study the universe at large, some are being built to study specific types of objects in particular places and at particular times.
For example, a number are being designed to study how the atmospheres of planets evolve and what processes drive the evolution of clouds.
A number of other telescope projects are also being built.
The largest telescope in the world, the European Southern Observatory (ESO), which has a total area of about 6.5 million square kilometres, is being built in Chile.
This large telescope is located in the Chilean Andes Mountains and will be able to measure the Earth’s motion through space, as well as the shape of the Moon and planets.
It will be the largest astronomical observatory in the Western Hemisphere, and will provide unprecedented insight into the Universe and the early history of our galaxy.
The United Kingdom’s Great Ormond Street Observatory (GSO) is also being constructed in the UK.
The telescope will be in orbit around the Earth and will observe the Earth from above.
It is expected to provide a wealth of data on the evolution and formation of the Solar System, which will provide information about the formation of stars, the early formation of planets, and how the planets interact with one another.
The Hubble Space Observatory, which has been built by ESA and will take images of distant galaxies for the first time, is located about 12,000 kilometres above the Earth.
Its primary purpose is to study stars in our galaxy, and its biggest and most powerful telescope is in an orbit around Mars.
The mission is expected for 2030.
The James Webb Telescope, built by the US National Optical Astronomy Observatory, is a two-stage telescope, and has a diameter of about 1.5 kilometres, which makes it the largest telescope ever built.
It was developed to observe a variety of objects from stars to asteroids and other gas and dust in the outer solar system.
Its main purpose is the study of the earliest history of the Universe, which means it will also study our universe before it was created.
It can be used to study objects such as the early universe itself, the formation and evolution of the cosmos, and whether our galaxy is expanding or contracting.
The Large Synoptic Survey Telescope, or LSST, is the largest observatory currently in operation in the southern hemisphere, and it will be a giant telescope that is currently the largest of its kind in the universe.
Its aim is to observe the Milky Way galaxy, which contains billions of stars.
LSSS will be located in Chile, and is expected in 2033.
It has a resolution of about 30 metres per pixel, which allows it to observe thousands of galaxies in great detail.
The Webb telescope, which was built by NASA and is currently being constructed by the European Space Agency, is an ambitious project with an ambition of eventually observing the entire sky.
It contains a telescope that will be capable of studying stars and gas in the Universe for the next 30 years, and to study some of the oldest objects in the cosmos.
It also contains a camera that will image the cosmos with wavelengths up to several thousand kilometres, providing unprecedented detail about how the Universe has formed and evolved over billions of years.
The most famous telescope to have been built is the Large Synodic Array, which consists of two telescopes in New Zealand and Australia.
The project has a project lifetime of 20 to 30 years.
It consists of a series of radio dishes in Hawaii and an array of radio telescopes in Australia, which produce a