Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Abstract about telescope
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Abstract about telescope
“I think the driving thing was curiosity about the universe. That fascinated me. I didn't think anything about being famous or anything like that, I was just interested in the concepts involved.” Clyde Tombaugh was a simple man that had a great passion for exploring the universe and prided himself in displaying his findings that had a great purpose to the study of astronomy. His strong curiosity and determination to discover new findings pushed him to create different telescopes that would impact how astronomers researched and looked for certain things in space. Tombaugh was able to discover many different things throughout his career, but he really made his mark in history from his work on asteroids and UFOs, and for discovering Pluto, which …show more content…
After teaching himself different subjects like geometry and trigonometry, Tombaugh then went on to start developing telescopes at the age of only 20 years old. He wanted to have the best optic skills that he possibly could and kept designing more telescopes. The more advanced telescopes that he made, the better his observational skills became. He was able to sketch drawings of different planets like Jupiter and Mars after observing them through the different telescopes that he had built. Tombaugh believed that his findings and drawings would be very useful for astronomers and wanted to get his name out to people that could help him continue to discover more and more in the solar system. In 1929, he sent his drawings and findings to the Lowell Observatory in Arizona in hope of being recognized and to continue his aspiration of being an astronomer. His work caught the attention of the people that were working at Lowell and they decided to offer him a job there. His main duty at the Lowell Observatory was to conduct “planet-search photography” and record his findings. While at Lowell, Tombaugh also decided to earn a Bachelor of Science degree at the University of Kansas. In just a span of 2 years after getting his BS, he was able to earn a fulltime job at the Lowell Observatory and he also earned a Master’s degree from the University of Kansas as well. As did many other people, Tombaugh had to put a hold to his career while he was required to serve in the army during WWII. After the war ended, he ended up staying in the military and worked specifically on missile research. He made great strides working in the military by creating new tools and instruments. The instrument that had the greatest impact on missile research was IGOR (Intercept Ground Optical Recorder). This “super-camera” went 30 years before changes were made and greatly had a positive effect on missile research. Tombaugh was recognized for
He served in WWII as a flight radar observer and navigator. After serving in the army he went to school at Vanderbilt University in Tennessee. He went there on the G. I. Bill. After graduating from Vanderbilt with a M. A. in English, he started to teach. He taught first at the Rice Institute in Houston, Texas. His time there was cut short because he was recalled to duty in Korea as flight training instructor. But as soon as he was discharged from the Corps he returned to teach again at Rice University. He taught at Rice until 1954 when he left to go to Europe on the Sewanee Review fellowship. After returning to the U.S. he joined the English Department at the University of Florida. He did not stay there long because he resigned after a dispute after he h...
Shortly after college he began to study optics and the construction of telescopes, and wrote his first book, Optica Promota ^1. In 1663 James went to London where he published Optica Promota, which discussed topics such as lenses, mirrors, reflection and refraction, paralax and transits. Optica Promota also discussed Gregory's most famous invention, the reflective telescope. It later became known and the Gregorian Telescope. However, at the time the telescope was only discussed because the mirror polishers could not polish the mirrors properly, so it was never auctually made untill after Gregory's death. He laso invented the feflective burning mirror. In 1664 James went to Puda, Italy and studied under Stefano degli Angeli in geometry, mechanics, and astronomy. While he was there, the published two more worksVera circuli et hyperbolae in which James showed how to compute logarithms by finding the areas of inscribed parallelograms between a hyperbola and its asymptotes, thus leading to the term "hyperbolic logarithms" in 1667. ^2 And Geometriae para universalis where he attempted to prove that the (little shape thingy that i cant type ...looks like a n mixed with pi) and e are transcendual, unfortunatly, his arguments contained a subtle error which was published in 1668, right before he left Italy for London.
the idea for his book, how his book became a movie and finally, how he became a NASA
There is no question that he made an impact on normal people’s lives, as well as NASA itself. He created a path to future moon landings and further exploration of space. His legacy will live on through time. He spoke the words, “That’s one small step for man, one giant leap for mankind” as he walked on the moon. People will never forget those words as they echo throughout time and
John attended Muskingum University college. He got a bachelor of science degree in engineering this got him even closer of becoming an astronaut. He loved his college, he said if he could of gone back, he would.(2.)
...ostly remembered for his eccentric lifestyle. His prosthetic nose made of precious metals is a familiar tale. The story of his pet moose lives on, even though the moose did not. His ignominious death is almost common knowledge. Even as far as his astronomical work is concerned, outside of the scientific community, he is perhaps best-known for his geoheliocentric universe, which was later so strongly disproven by his own assistant.
ended up serving in World War I as the commander of an artillery battle. Upon his return
Scholarly Life in the 16th-century After reading On The Revolutions Of The Heavenly Spheres, Nicolaus Copernicus's dedication to Pope Paul III, it can be gathered that the life of a scholar was something of a mission, a crusade if you will, to achieve knowledge of the unknown. Like a crusade, scholarly life contained hardships but also achievements and even more importantly and sometimes most strived for, notoriety. Scholarly life in the 16th -century was no simple task, but a task that took much drive and ambition, and after that, a task that underwent much scrutiny from disapproving colleagues as well as outsiders.
For this assignment, Weather—a trade book written by Seymour Simon—and Astronomy, a textbook written by Jay M. Pasachoff as part of the Prentice Hall Science Explorer collection, were analyzed for readability, friendliness, considerateness, fairness, and text complexity. Weather is a picture book that provides an introduction to the concept of weather and the various components that compose it, as well as explores the effect of weather conditions on human activities and the effect of human activities on weather conditions. On the other hand, Astronomy is a textbook that provides an in-depth introduction to the field of astronomy, by including units on “Earth, Moon, and Space,” “Exploring Space,” “The Solar System,” and “Stars, Galaxies, and the Universe” (Pasachoff, 2005, vi). Both texts could be used to enhance instruction in a middle school
Carl Sagan: astronomer, astrophysicist, cosmologist, author, skeptic, and visionary. The middle of the twentieth century was clad in scientific advancements that opened up the realm of our universe to the world. At the head of this exploration was Carl Sagan, a pioneer of sorts. Aside from his countless contributions to the scientific community, he backed a new understanding of the cosmos to the more pedestrian population of the world.
Although telescopes has been around for several hundreds of years, there has been great discrepancy as to who invented it first. Here is one authors opinion. Lippershey was a Dutch spectacle marker during the early 17th century (approximately 1600). He was one of the first who created the "looker" (now called telescope) by placing two pieces of lenses together. The discovery that placing lenses together can magnify images were made by children who took Lippershey's spectacles and looked at a distant church tower.
...st important scientists in history. It is said that they both shaped the sciences and mathematics that we use and study today. Euclid’s postulates and Archimedes’ calculus are both important fundamentals and tools in mathematics, while discoveries, such Archimedes’ method of using water to measure the volume of an irregularly shaped object, helped shaped all of today’s physics and scientific principles. It is for these reasons that they are remembered for their contributions to the world of mathematics and sciences today, and will continue to be remembered for years to come.
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. In 1946, Professor Spitzer believed that Earth’s atmosphere blurs and distorts light, and a space orbited telescope would be able to overcome this problem.
Carl Friedrich Gauss is revered as a very important man in the world of mathematicians. The discoveries he completed while he was alive contributed to many areas of mathematics like geometry, statistics, number theory, statistics, and more. Gauss was an extremely brilliant mathematician and that is precisely why he is remembered all through today. Although Gauss left many contributions in each of the aforementioned fields, two of his discoveries in the fields of mathematics and astronomy seem to have had the most tremendous effect on modern day mathematics.
Since the beginning of astronomy, astronomers had a unanimous goal: to see farther, better and in greater details.