UNIVERSE|ASTRNOMY|SCIENCE|BIGBANG
Big Bang Booming
This ancient concept of creation found in the Book of Genesis is likely to be true after all. The idea of a big bang describes the beginning of space as it came from an infinitely smaller space. In this small volume, everything and energy were concentrated until it exploded into a series of delicate, or supernatural explosions that formed planets, stars, and galaxies. Initially, the idea was competitive in the so-called ‘study state’ theory where the universe grows permanently and new matter and energy are created automatically within the space left by, however, technical observations have led astronomers and scientists to the adoption of the big bang model.
But how did we get to this point in our understanding? In the first half of the twentieth century, American astronomers Vesto Slipher and German Carl Wirtz made important astronomical discoveries. Using spectral analysis, Slipher identified the compounds of gases contained in the planet’s atmosphere and nebulae. The only difference is that most galaxies, if not all, of ours, reflect the so-called ‘Red Shift.’ ‘This shift is simply a matter of changing the intensity of the Wirtz likewise listed the many red nebulae shifts he chose to read.
But it was too early for them to see the full meaning of their vision. That could wait until Einstein’s normal encounter was interpreted by other scientists for further mathematical analysis. The people of his time showed Einstein that his new Theory of General Relativity, published in 1916, was not in harmony with the local ‘time’ of the universe.
The vision predicted an expanse or a collapse but not a fixed atmosphere. Because he himself believed that the universe is perpetual, Einstein obtained a degree in science. Correcting what he sees as ‘flaws’ in his mind has added to the idea of a cosmic universe known as the lambda to force the standing universe into reality. Einstein’s vision of perfection in the immutable universe has led him to a blind path as Aristotle’s concept of perfection had brought that great philosopher into the error but even with the addition of the unchanging lambda of the universe, the universe was still found to be unstable and the whole matter would be regarded by Einstein with his acrobatics in space behind him, Einstein gave the stage to others to clearly understand his vision.
It is up to Alexander Alexandrovich Friedmann to consider the effects of General Relativity without the endless lambda that hinders his study of this relationship. In doing so, a Russian mathematician and founder discovered a solution that predicted a growing ecological cycle (1922), a prediction that did not agree with Einstein’s concept of global consummation.
A few years later, Friedmann published his findings in “About the Possibility of a World with Constant Negative Curvature of Space.” But all speculation still has complete mathematical and enter Pastor Father Georges Lemaitre, a Belgian Catholic priest. Lemaitre provided the necessary statistics to lay the foundation for the Big Bang doctrine in his book “Hypothesis of the Primeval Atom.” He wrote that the universe began as the first atom of the smallest number of forces and the space and the time and the rest of the universe. At one point the universe began with the explosion of this giant atom. Lemaitre published his theoretical theories between 1927 and 1933 and thought that the movement of the nebulae showed the reality of the explosion of his largest atom.
Unfortunately, he also mistakenly believed that cosmic rays could be behind a massive super atomic explosion. These are now known not to have come from fire but galactic sources unrelated to the big bang. However, this new idea did not have a major source of visual support. This will be provided by Edwin Hubble’s view of galaxy restoration. Taking where Slipher and Wirtz left off, Hubble used the novel process to discover the structures of galactic motion. By choosing to look at the stars known as the Cepheid Variables he can make estimates more accurately.
Cepheids are a type of star that glows and darkens and shines back at normal known times. The Cepheidans have the same periods of the cycle of dark and light and also have the same or almost the same light. Therefore, when one compares the length of a cycle with the amount of light that appears to the observer it is possible to accurately calculate the cepheid distance measurement.
In this way, Hubble had found that nebulae or galaxies show a red galactic transformation; in other words, the galaxies were moving away from us at a speed that was directly related to the distance between our observatory and the study galaxy. The galaxies seem as if they were moving fast away from us. The results of this investigation are now known as the Hubble Law. In fact, the law states that the universe is on an extended path where intergalactic distances continue to grow without incarceration. Hubble’s law is based on a change in the intensity of light and after its definition in 1929 it is in the background
Therefore, it should be clear to the reader that our scientists have a bad habit of presenting their ideas of beauty in their various forms. From Aristotle’s static Earth to Einstein’s great error, which always forces the universe, we continue only in the wisdom of our weak minds. When things change many things remain the same. Human hubris knows no bounds in our efforts to understand things without the wisdom of understanding its basic meaning. We are not humble. We make the same mistakes we always make. Back to the future.
