2014 The Hubble Space Telescope Centuries ago, people gazed into the night sky wondering what it was that they were looking at. When astronomers first started to study the night sky, like Galileo, Copernicus and even modern day astronomers, they all shared one goal, and that was to see further than anyone has ever before. The invention of the Hubble Space Telescope changed the study of astronomy forever. Astronomers were seeing and learning more in just days of the launch of the telescope than past
Throughout the ages, humans have been looking for a way to see into the past. In the year 1990, astronomers from NASA made this possible. Sending the Hubble Space Telescope into orbit with the space shuttle Discovery, NASA would make historical discoveries beyond their wildest dreams. Earlier this year they discovered a galaxy approximately 13 billion light years from Earth. Viewing the object at 750 million years after the big bang, scientists have looked into a time shortly after the "Dark Ages
such as the Hubble Space Telescope. This essay will discuss how the Space Hubble Telescope works, and which parts play which role in discovering news things about the universe and space. The physics and workings of the tools inside this instrument will be explained. What this space telescope helps us discover about the universe and the reliability of that found knowledge will also be discussed and assessed. The Hubble Space Telescope, named after Edwin Hubble, is an operational telescope orbiting outside
The Hubble space telescope is a deep space imager used by NASA to explore space. It collects light and magnifies images, and gives Astronomers the most detailed images known to man. Hubble has been at work since April 25, 1990, and celebrated its 20th anniversary in orbit April 24, 2010. Twenty years in service, and still being the leading source for space news says a lot about Hubble's overall longevity and productiveness. Over 6000 scientific articles have been published based on Hubble data, with
Edwin Hubble “I knew that even if I were second or third rate, it was astronomy that mattered.” This quote is from Edwin Hubble, the man who discovered the cosmos. Hubble was a young ambitious yet presumptuous scientist who changed mankind’s perception of the universe forever. Hubble is best known for his discovery that the universe was indeed expanding and not static; as previously thought. He was born in Missouri 1889 and moved to Chicago when he was nine and then later graduated from the University
Hubble is a telescope used by NASA as one of the orbiting "great observatories”. Hubble was launched in 1990, changing the history of astronomy since Galileo's telescope with an expected lifespan of 15 years, although will really be about 22 now. Early on, Hubble was used to discover galaxies beyond the Milky Way. The purpose of the Hubble Telescope is to gather light from cosmic objects so scientists can have a better understanding of the universe around us. Hubble is one of the best telescopes
your head however is Edwin Hubble. Hubble is best known for his discoveries in Astronomy, but without math he wouldn’t be able to make his observations like he did. This makes him one of the best mathematicians the world knows. He started with a humble beginning to making the connection of science and math like no one had ever seen before. Edwin Hubble was born in Marshfield, Missouri on November 29th 1889. His father John Powell Hubble married his mother Virginia Lee Hubble. At a young age Edwin love
Astronomers are looking at their computers where the Hubble Space Telescope is sending what it is seeing. They say that a star may be born! Without the Hubble telescope it would be harder to learn and discover new things. The Hubble Space Telescope is a large telescope in space. To launch the Hubble Telescope, It’s really expensive but it helps us out a lot.. To launch the Hubble Telescope it took about 1.5 million dollars. This paper will show why the telescope is the best invention. It is the best invention
invention was launched 353 miles above the Earth's surface, it was launched to give scientist more information about the universe. This new device was the Hubble Space Telescope (HST). The Hubble contains a mirror that captures light and guides it to several science instruments located in the device. Due to shifting air pockets light is distorted from space and the Earth's atmosphere...
1.0 Introduction For centuries, humankind has speculated the existence of planets outside of our own solar system (NASA Website). These planets, known as exoplanets, orbit a star other than the Sun (Ridpath, 2012). In the 20th century, Edwin Hubble observed “islands” surrounded by stars far beyond our solar system (NASA Website). This observation proved that there is potential for habitable planets other than Earth (NASA Website). There are two dates mentioned for the discovery of the first exoplanet
The Hubble Space Telescope is one of the most amazing machines in orbit right now. In 1946, an astrophysicist named Dr. Lyman Spitzer proposed that a telescope in space would reveal better and clearer images that are even far from earth than any ground telescope. This idea was very extravagant because no one had yet launched a rocket into outer space. As the US space program excelled quickly over the early years, Spitzer lobbied NASA and Congress to develop a space telescope. In 1975, the European
The Hubble Telescope is a low-orbit telescope in the high Earth atmosphere. The fathers of modern rocketry, Hermann Oberth, Robert Goddard, and Konstantin Tsiolkovsky published The Rocket into Planetary Space, in 1923, which mentioned sending a telescope to space for one of the first times in history. The purpose of the telescope was to provide sharper images for astronomers to study. While much larger telescopes reside on Earth, the pictures that the Hubble Telescope sends back are much better because
explosion of space within itself unlike a normal explosion of a bomb were fragments are thrown outward. The Big Bang then began laying the foundations for the universe. The first stars form 100-200 million years after the Big Bang, and reionized the Universe. After that, the first supernova exploded and spread nitrogen, oxygen, silicon, magnesium, carbon, and iron through uranium throughout the Universe. A supernova is a the explosion of a star, it is the largest explosion which takes place in space, radiating
The Hubble Telescope is the world’s first space-based optical telescope. The Hubble telescope received its name from American astronomer Dr. Edwin P. Hubble. Dr. Hubble confirmed an ever expanding universe which provided the basic foundation of the Big Bang theory. The first concept of the Hubble telescope came from Lyman Spitzer in 1946 who at that time was a professor and researcher at Yale University, Professor Spitzer believed that Earth’s atmosphere blurs and distorts light and a space orbited
common for a satellite to travel in a synchronous orbit with its planet, Pluto is the only planet to rotate synchronously with the orbit of its satellite. Thus being tidally locked, Pluto and Charon continuously face each other as they travel through space. Unlike most planets, but similar to Uranus, Pluto rotates with its poles almost in its orbital plane. Pluto's rotational axis is tipped 122 degrees. When Pluto was first discovered, its relatively bright south polar region was the view seen from the
The Hale Telescope Who has not ever, even if just for a brief moment, looked up at a dark but vividly lit starry night sky and wondered how far those seemingly little lights reach, and if that beauty goes on forever, or if it ends at some point. I believe this question has been pondered by mankind since our creation, and early astronomers are proof of this pondering. Telescopes began as a way for these early astronomers to chart the stars and planets and their movements as they searched for more
Space: up until a few centuries ago astronomers knew little about the universe outside of our planet. But now, with vastly improved technology, astronomers are able to uncover so much more about what lies outside of Earth. While today’s observational technology is greatly superior to that of the past, we can’t disregard the accomplishments of astronomers in the past, because without their work our knowledge of space would far less than it is today. From Galileo’s first telescope to the Webb space
performance of optical systems on ground based telescopes. [1] Adaptive optics are made up of mirrors, that can be reshaped that are controlled by computers. These mirrors fix the distortion caused by the turbulence of the Earth’s atmosphere. This makes the images that are obtained have a quality that is as good as those taken from space, with the best image so far being twice as sharp as an image from the Hubble Telescope taken in Chile by the Magellan-Clay telescope. [2] Adaptive optics have medical benefits
For centuries, mankind has always pondered upon the wonders that is beyond our planet, the Earth. The invention of the telescope has vastly improved our view of the skies, sharpening our perception of the universe and penetrating ever deeper, to the furthest edges of time and space. The underlying roots to the invention of the telescope is vague and thought to have started around during the 13th century. An accidental discovery made by a glassmaker during this era, resulted in the development and
Edwin Hubble Edwin Powell Hubble was born on the 20th of November in 1889. He lived in Marshfield, Missouri along with his family. He was said to be a very tall, elegant, and athletic young man. Edwin had a mom, dad, three sisters, and two brothers. His mom and dad were named John Powell and Virginia James Hubble. His sisters were Virginia, Helen, and Lucy Lee. Edwin's two brothers were named Henry and William. William died as a student at a college in Wisconsin and Virginia died when she was a