Origin of the Universe – The Big Bang Theory One remarkable observation was made nearly a hundred years ago. Amateur radio amateurs discovered that the radio signal from distant galaxies can be shifted to higher frequencies (green shift) similar to that of the noise in a passing car or train. They also discovered that the amount of energy in moving gas droplets gives off an alarmingly high ratio of energy to mass. It became all the more necessary for the experts to study this phenomenon with the help of powerful satellites and equipment. The results were announced in Radio Science News, Volumes 4 and 5.
A closer look into the Origin of the Universe revealed several fascinating clues. For example, the rate of expansion of the universe as well as the speed of the solar system is consistent across the universe. On the other hand, the speed of traveling through individual galaxies is remarkably consistent. This evidence points to the existence of many tiny, fast-moving, fast-moving processes that resulted in the formation of the stars and other matter in the solar system as well as the earth and the entire universe.
Origin Of The Universe
The Big Bang Theory postulates that the universe began to form very early in time, before the time of the big bang. Large amounts of gas first began to form in a void referred to as the “neutopia”. Later, in order to provide sufficient cooling for the formation of rocky planets, the nebula was filled with water vapor which became extremely heavy. Hitherto unseen by the human species, these water clouds were covered by extremely heavy iron clouds. As these clouds went into the transition stage between gas and ice, their composition was enriched with nickel and iron as a result of nuclear reactions.
The present temperature of the universe as determined by observations is currently about two hundred fifty million years old, which places it within the habitable region of our sun. While this is significantly younger than the age of the earth, scientists are not certain of exactly how much of this past temperature existed prior to the solar formation. About ten percent, or less, of the earth’s present temperature, may be attributed to this nebular content.
While the Big Bang Theory attempts to explain the nature of the universe using a succession of natural events, others have created theories regarding the nature of the universe using astronomy and geology. Astronomy is the study of celestial objects and the movement they undergo. Geology, on the other hand, concerns itself with the study of rock formations, such as craters or ice caps. While both sciences can produce a vast amount of data that is essential to answering questions about the nature of the universe, there are limitations to what they can reveal. For example, the position and orientation of heavenly bodies can only be determined by taking precise measurements, something that is not possible with astronomers.
A Much Ado
A major limitation of the big bang theory is its reliance on microwave radiation. Since microwaves cannot travel faster than the speed of light, they cannot leave nor travel back to the beginning of the universe. Scientists have proposed that the temperature and composition of space formed and cooled in an incredibly quick way, leading to stars and planets. However, they admit that the formation of atoms on a very large scale is difficult to understand, and without the aid of special tools like the Large Hadron Collider, they will most likely never be able to determine the properties of this radiation.
The origins of the universe through science have become an increasingly popular theory over the past twenty years or so. Many alternative theories have been proposed, all of which fit into a larger cosmology, and none of which are completely accepted by experts in either cosmology or physics. Even if no laws of physics or cosmology can entirely explain the origin of the universe, the theories that do fit can provide a great deal of information that is necessary for scientists to make progress in their field.
One possibility is that the universe is expanding, although some believe that it is contracting, which could explain why objects such as ice cubes seem to move away from the Earth. astronomers believe that the majority of matter in the universe is made up of hydrogen and that it is moving away from the Earth at a very rapid rate. Astronomers have also discovered that some extremely distant galaxies are moving away from the Sun at rates faster than the Earth is moving away from the Sun. If these theories are correct, then our chances of actually finding life on other planets are extremely high, and traveling to other stars and distant galaxies may be much easier than we think.