Hubble Telescope

The Hubble Space Telescope has been sent into space to take pictures of our universe. Hubble has made more than 1.2 million observations since its launch on 1990. The Hubble weighs 27,000 pounds. It does not travel, it just takes

The telescope is an optical instrument designed to make distant objects appear nearer. It contains an arrangement of lenses or mirrors or both that gathers visible light, permitting direct observation or photographic recording of distant objects. (Lacki, B. C. 2011). With the use of telescopes we have been able to learn a lot more about the planets in our universe. It has helped us understand about some of the history of everything around us. Also it has been able to track asteroids and comets or any randomly flying objet in outer space that might become threatening to our planet.

Meridian has been manufacturing fine telescopes for 80 years and has developed a well-earned reputation for quality craftsmanship. The company itself produces and sells two distinct lines of telescopes, which are produced in its 200,000 square feet facility. Furthermore, both lines have been developed to appeal to distinct target audiences who have an interest in the company’s products. The older line, for which there has been steady demand, consists of small professional telescopes that ultimately have laid the foundation for Meridian’s strong reputation. Following the success of

Despite that, 3D Graphics and Virtual reality are very important to NASA to visualize space environments otherwise they would be sending Astronauts blindly. Along with 3D graphics, Satellites are one of the most important and most used pieces of technology used for NASA. It was used for communicating with Astronauts in space and like how they were used to transmit radio waves, to communicate with people in Space Stations. "Satellite telescopes have been critical to understanding phenomena like pulsars and black holes as well as measuring the age of the universe." (What are Satellites used

Space exploration funding has been drastically reduced since the conclusion of the Space Race. Even though the Space Race is no longer relevant, it has positively affected human civilization, and we should continue to invest in space exploration to continue this trend. The first and primary reason we should continue to work with space is to aid industries on earth. Most notable is the use of satellites for purposes such as commercial communications, the GPS system, and meteorology. The second reason is because humans have an inherent hunger for knowledge, and space funding helps us develop technology for seeing what’s beyond earth. Space probes such as New Horizons and telescopes such as the James Webb Telescope have expanded our knowledge

The Discovery Channel Telescope secured the telescope’s name and they got the use the telescope first. They used the telescope for their television networks to make images. “Astronomers declared the instrument fully operational on the first day of 2015, ending a commissioning period that lasted 2½ years. In their advantage “The vast array of science projects that will be possible with this telescope will dazzle readers of this magazine for years to

It will stand 18-stories and tunnel two stories into the mountain. An estimated two-million cubic feet of earth will be removed from the mountain top. When it's complete it will be the most advanced and most powerful optical telescope on earth. It will give astronomers a look at stars throughout our Milky

Generally in astronomy, light pollution and thick atmospheres distort and impair images from optics like telescopes. Light pollution crowds out the targets being observed, while the atmosphere dims the light received from them. When choosing the location for the building of a new telescope, it is highly beneficial to build in areas with a thinner atmosphere and low light pollution . This is why mountaintops are typically the preferred sites for new telescopes, and why Mauna Kea is a highly desirable location. A new telescope called the Thirty Meter Telescope (TMT) is revolutionary in

First, it is important to distinguish that the size of the universe gives us a different view of our sky than what may actually be happening in it. In 1929, Edwin Hubble established a law that implies one of the more mind-bending, Star Wars worthy concepts of astronomical study: what we see is not only far, far away, but is also long ago (http://hyperphysics.phy-astr.gsu.edu/hbase/Astro/hubble.html (Links to an external site.)Links to an external site.). Light takes so long to travel from even some of the closest objects to our solar system that we are not capable of viewing things in real-time. Objects we see at night may, in fact, be long gone from their regions of the sky.

Infrared and ultraviolet telescopes are also used which makes it easier to differentiate what are actually planetary nebulae.

The Hubble telescope is a compound telescope design where light enters the telescope through the opening and bounces off the primary mirror to a secondary mirror. Then the secondary mirror reflects the light through a hole in the center of the primary mirror to a focal point behind the primary mirror. At the focal point, half transparent mirrors distribute the light to the various scientific instruments. The Hubble Telescope mirrors are made of glass and coated with multiple layers of pure aluminum that are three-millionths of an inch thick and a coat of magnesium fluoride that is one-millionth of an inch thick to make them reflect visible, infra-red and ultraviolet light. The primary mirror weighs 1825 pounds and the secondary mirror weighs in at 27.4 pounds.

As proposed in an article posted on amazing space.org, “The telescope, a basic reflector with a 94.5 in (2.4 meters) mirror.” While also having being a second mirror that the light bounces to to. Within that mirror, many instruments were compacted together that allowed for clear and visible views in infrared and ultraviolet light. It was different compared to any other ground based telescope whereas it allowed astronomers to observe and witness details that had never been seen before due to Earth being in the way for those other telescopes. The telescope revolves around the earth completely every ninety-seven minutes at the speed of five miles per second, allowing for many observations in space. The observations occur when light hits the main mirror and then bounces towards the second mirror in which the second one focuses the light. The telescope began to be created in 1977 and was originally supposed to launch during the year of 1985. Unfortunately an accident had occurred when a space shuttle challenger exploded and flights into space took a halt. It was finally launched on April 4th of 1990 once the halt had stopped. The improved observations had begun and the history of astronomy had changed. Unfortunately there were some minor setbacks that had to be dealt with. One setback was that the primary mirror was ground incorrectly in which the curve of it was too flat. It was off just

According to a newsletter sent out by the National Aeronautics and Space Administration (NASA), the purpose of the Hubble Space Telescope was, and is, to gather light from cosmic objects so scientists can better understand the universe around us. Up until the deployment of the Hubble Space Telescope, all telescopes were Earth based and had the disadvantage of having to peer at the stars through the Earth’s atmosphere. The Earth’s atmosphere provides a large amount of distortion when viewing very far objects, like space, through a telescope. Placing a telescope in space eliminates the distortion and provides images that are significantly clearer and in turn, easier to examine. The Hubble Space Telescopes six different science instruments

Many people who live on Earth are close minded to what is really out there in the universe. They cannot even begin to fathom the vastness of it and how Earth is just a tiny little speck compared to everything else out there. From the planets to the stars and out towards the edge of the unknown, we can only see what science provides us with. From this, we know that we are nothing but a tiny planet located in a solar system of millions in a galaxy of many more in the universe.

Space can be excellent. The planets, stars, systems and nebulae make effortless and vivid shapes noticeable to our telescopes.