Hubble Space 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

It is said that the Big Bang Stories or origin is without a doubt totally fictional. Naturalism and Uniformitarianism is the main driven philosophies behind the Big Bang. It is the model used to describe the formation for the entire universe; it’s the process that is currently operating within the Universe. Big Bang - is also called a “Singularity” which contains Mass and energy that we see today. It’s said over time that the energy from this Theory began to cool down as the Universe began to expand. It is said by some that God used the Big Bang to create the Universe.

The Hubble telescope is in orbiting around space so that it can observe more, and be closer to what it is observing.Hubble Space Telescope provides us with pictures that helped us with the age of the universe and told us about dark energy. In gives us a better shot of exploding stars to other galaxies. Day and night are not the same in orbit as on the ground, permitting telescopes to observe for much longer times at some locations on the sky. Space-based telescopes can collect energy from the entire electromagnetic spectrum, not

Scientist and astronomers over centuries have been able to greater understand the universe due to the increase in new technology. Space technology has enabled us to put numerous theories to the test. There are several types of space technologies such as satellites, space probes and telescopes that have allowed us to analyze planets and distant galaxies. With the information gathered we can help put together how and when the universe came about.

This has helped us learn far more about the origins of our Universe and the formation of galaxies from around a billion years after the creation of the Universe, where the galaxies appear to be very shapeless and small, to today where they are larger and formed into spirals or discs. The Hubble Space Telescope has helped pinpoint the age of the Universe to 13.7 billion years22 by studying 31 Cepheid variable stars22, whose fluctuating brightness can be used to calculate their distance thus the expansion and therefore age of the Universe. Knowing the age of the Universe helps astronomers and cosmologists model the Universe and its evolution over its lifetime accurately, which is immensely valuable information to

One such necessity was having to abandon the notion that the universe, on the large-scale, was static, a point we had maintained since ancient times. Another monumental change in our thinking came about from the notion that in order for the universe to be expanding, it had to have been smaller at an earlier point continuing to become smaller and smaller, which is what we know today as the Big Bang theory.

The Hubble Space telescope has been Orbiting the Earth for over two decades, Hubble has helped to answer some of the most compelling astronomical questions of our time – and uncovered mysteries we never knew existed. Investigating everything from black holes to planets around other stars, Hubble has changed the face of astronomy, ushering in a new chapter of humanity’s exploration of the universe. Although named to honor astronomer Edwin Hubble, the telescope was championed by astronomer Lyman Spitzer. Launched in April of 1990 and poised for many more years of trailblazing science ranging from our own solar system to the edge of the observable universe, NASA’s Hubble Space Telescope is fulfilling the hopes astronomers

The Big bang was a fast expansion of matter at a very high density and temperature that marked the origin of the universe. Cosmologists say that this process began

Astronomers using Hubble data have published more than 14,000 scientific papers, making it one of the most productive scientific instruments ever built.

Some of its most important discoveries include the pictures it takes and sends to us. These images have helped scientists estimate the age of the earth and the size of it. It is believed to be around 14 billion years old. It has detected black holes and if you don't know what black holes are they suck in everything around them including light. The Hubble Telescope also has something to do with dark energy and dark energy is a random force that has the ability to make the universe expand faster and faster as time goes. Another, discovery is the telescope has discovered is the details of gamma rays bursts and that is a powerful explosion of energy that happens when massive stars collapse. The Hubble has also shown us how galaxies formed. It revealed extraordinary details about the process by which sun-like stars and their lives as planetary nebulae. It may have helped is with identifying quasars, it showed us pictures of a clashing galactic quintet, a densely packed star cluster, an eerie “pillar of creation”., and famed butterfly nebula. It has shown us the birth of stars, and imagery of the cosmos. Hubble's’ millionth observation was a spectroscopic measurement, gas giants. Those were just some of the many discoveries that the Hubble Telescope has

There are some common misconceptions with this theory, as the name suggests many people believe there was an explosion; instead the expansion was more or less like inflating a balloon. Another misconception is that matter existed before the Big Bang, however this is not true and a common scientific belief is that the universe existed inside the

These challenges helped NASA and the European Space Agency to create a historical legend. In 1993, astronauts installed COSTAR in order to restored Hubble’s vision and meet the designer’s expectations. Then, they also updated some of the components such as ESA-provided solar arrays and associated control electronics (“HubbleSite”, 2012, para. 7 ). By updating component, Hubble contained a extensive data to measure the universe, and astronomers used this telescope to do more in-depth research. In 1997, with the constant innovation of Hubble Space Telescope, Servicing Mission 2 occurred, and it “improved Hubble’s spectroscopic capabilities with the insertion of the Space Telescope Imaging Spectrograph (STIS)” (“HubbleSite”, 2012, para. 8). In addition, they also created Near Infrared Camera and Multi-Object Spectrometer (NICMOS), it showed “Hubble’s view of the universe to a new spectral regime—those wavelengths slightly longer than visual light” (“HubbleSite”, 2012, para. 8). In 2009, astronauts made the Cosmic Origins Spectrograph (COS) was that “the most sensitive ultraviolet spectrograph ever built for Hubble” (“HubbleSite”, 2012, para.

Collaboration on cosmological theories has helped to develop how we see the universe today. Astronomers have been able to develop several theories, which helps us to learn about what we see in the sky. Based on observations on what we can see and of what we now based on the laws of science, space is able to been seen much closer than we think it is. As Astronomers collaborate together, they are able to formulate theories on space itself using investigation and observation.

Cosmogony is the study of the origin and development of the universe as a whole and of the individual bodies that compose it. Since cosmogony deals with creation, cosmogonies of the past have been a part of religion or mythology. Modern cosmogony forms part of scientific cosmology, the study of all aspects of the large-scale physical universe, its contents and organization as well as its history. [How Stuff Works n.d.] In regards to cosmogony, the most predominantly discussed is the Big Bang. Simply, the Big Bang proposes that the universe began as a small singularity which then inflated over the next 13.8 billion years to become the cosmos known today. During this process, it expanded and cooled, going from incredibly hot to incredibly cool

All around the world, human kind has different point of views and theories about life in general. The most common topic would surely be how did life begin and the complexity of it. It leads this complex thought to whether the beginning of life is the beginning of the universe thus the universe being the biggest complex system. Over the past centuries, people have discussed and analyzed how the universe works. Albert Einstein, Stephen Hawking and Galileo Galilei are just a few names to remember. One of the most prominent physicists is probably Heinrich Olbers with his theory of Olbers’ Paradox. Heinrich Olbers is an important physicist for the science history because he is one of the people who started thinking of the modern cosmology. His