Canadian Space Agency, has recently introduced a precision piece of equipment, which will be used on the James Webb Space Telescope, the successor generation of the Hubble Telescope. Webb Telescope, which is touted as a "time machine" is very strong, which could reveal the origins of the universe is scheduled for launch in 2018.

Canada's contribution for the largest space telescope ever made is made an instrument that consists of two parts. The first part is called Fine Guidance System, consisting of two similar cameras for preparation in case one failed, called Canada Eyes made by the University of Montreal.

The system will allow the Webb Telescope to appoint an astronomical object with an accuracy of one to one million degrees. It's like measuring the thickness of the strands of hair from a distance of five kilometers. The second part, which is called the Near-Infrared Imager dan Spektograf Slitless, will search for galaxies that formed after the Big Bang that created the universe 13.7 billion years ago.

The tool will also look for signs of life through the presence of oxygen, carbon dioxide and methane in the atmospheres of planets around distant stars and found a new star formation. Retired astronaut Steve MacLean, who is also head of the Canadian Space Agency, praised the Canadian-made technology, because it has a capability called the "degree of precision never before to make a scientific breakthrough in the largest telescopes, the most complicated, and most powerful ever made".

Cook stove sized instruments that will be sent to NASA for a merger with the Webb Telescope on July 30. Are named according to the second man in NASA, which created the Apollo program in the 1960s, the Webb Telescope will replace the Hubble Space Telescope which was sent into orbit 22 years ago. Unlike Hubble which installed 568 miles above Earth, Webb will be installed at a height of 1.5 million kilometers above Earth's surface at the point of gravitational balance, called the second Lagrange point (L2). Where there is almost no gravity effects, allowing the telescope for a stable orbit and to maneuver with minimal interference. The distance is four times the distance between the Earth to the Moon. At that distance, the Webb Telescope will be too far from the Earth to be subjected to treatment by the astronauts as well as the Hubble, like the explanation MacLean. Therefore, the technology should work fine.

To observe objects billions of light years away, Webb which is equipped with a primary mirror measuring seven times larger than Hubble's mirror and reflecting sunlight size of a tennis court, will be large enough to collect a very dim light rays to help researchers conduct research on the origin of galaxy formation. The telescope will also be cold enough to detect the infrared rays or heat, emitted from very distant objects when the telescope was operating at a temperature of -230 degrees Celsius for five to ten years.

For comparison, the Hubble Telescope is designed to operate at a temperature of 21 degrees Celsius and to see ultraviolet light and visible light beam. With the ability of the estimated 100 times more powerful than Hubble, Webb will photograph the first stars which light up in the birth of the universe. The statement was made by the president of the Webb Telescope instrumentation manufacturers, Com Dev Ltd., David Lizius.

Lizius say that this has not been done before. The technology allows researchers to take pictures with the opening of a very long time, could be opening the shutter for one week. He also added that they would bring back to the past and saw the beam of light left by the stars that the first born, shortly after the beginning of the universe.

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