Theories About the Origin of Universe, What are the 5 theories of the origin of the universe?


All the mythologies and religions of our planet have explained with imagination the existence of matter in the universe, a cosmogony that was born of the question: why does something exist instead of nothing?

Evolutionary biology As its name suggests, evolutionary biology is linked to the concept of biological evolution: the gradual change of life as it adapts to the conditions of its environment and competes with itself. This branch of biology is interested in these processes of change and adaptation, establishing kinship links between species (phylogeny) and trying to understand better and better the processes that lead to the origin of new species (speciation). This is also a very young branch of biology, whose origins date back to the first third of the 20th century, when hitherto unrelated fields of study (ecology, genetics, paleontology, and systemics) were holistically united to formulate the Synthesis. Julian Huxley's Modern Understanding of Understanding, that is, the most modern view that we have about how the evolutionary event occurs. Genetics This is the science that studies heredity, that is, the transmission of physical or physiological characteristics from one generation of living beings to the next, through units of biological information known as genes. For this, its main objects of study are Deoxyribonucleic Acid (DNA) and Ribonucleic Acid (RNA), two of the main substances involved in the coding and decoding of genetic information. Genetics is a very broad field of study, which addresses inheritance from multiple perspectives: population, cytological, molecular, etc. Its applications, moreover, are always controversial but impressive, as evidenced by transgenic foods, cloning or messenger RNA vaccines. Developmental biology This branch focuses on the understanding of the embryological formation process of living beings, that is, how a totally new individual is formed from the reproductive cells of their parents. This process encompasses a set of recognizable stages in which various genetic controls of cell growth and differentiation are involved, as the various tissues that make up the body originate. Developmental biology has common borders with embryology and reproductive studies, so its contributions can be revolutionary in the fields of medicine, the handling of domestic animals or genetics. Biotechnology Biotechnology is the study of the applications of living organisms in the improvement of human life. That is, how we can take advantage of the processes and functions of other living beings to carry out different tasks: generate medicines from microorganisms (as happened with the discovery of penicillin), transform substances into food (as yeasts do with bread), and many other similar examples. Astrobiology As a result of the union of interests between biology and astronomy, this discipline tries to answer the question about life in the universe, that is, beyond the borders of our world. It is not about the search for extraterrestrial life, nor about ufology, but about the study of chemical and physical processes that occur in space and the attempt to compare them with what we know about the formation of life on the planet, in order to try to better understand how it could have arisen and why, and perhaps where else to look for it in the vastness of space.

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And in almost all, a being with infinite powers has generated things from nothing. The truth is that we began to intuit the mechanism that gave rise to everything in front of nothing, but it is far from solving the mystery of how the universe originated.


In fact, this theory underlies the predominant idea in science, the Big Bang theory, but there are other birth models of the universe that do not require an initial act of creation.

Big Bang Theory

According to the Big Bang theory, the universe appears from nothing. Everything that exists was born of a huge explosion 15 billion years ago. Matter was concentrated at a point tens of thousands of times smaller than the nucleus of an atom.

This theory does not have the authorship of a specific scientist, it arose from the equations generated by Hubble’s law that showed that the universe is expanding. As for the term Big Bang was invented by the greatest enemy of the theory at the time, Fred Hoyle, who proposed his own alternative hypothesis (stationary universe).

Big Bang


In any case, the Big Bang has become the cosmogonic paradigm par excellence, first because it is fulfilling (despite its shortcomings) all the assumptions of the Theory of Relativity and second because it does not exclude the existence of a Creative Consciousness with a divine plan, which gratifies the powerful religious lobbies.

Microwave background radiation

Among the tests that are provided in its favor is the finding in 1990 thanks to the COBE satellite of the existence of cosmic background radiation (also indicated as microwave background radiation or cosmic background radiation -CMB according to its acronym in English) it predicted the theoretical model and that in 1965 Arno Penzias and Robert Wilson had discovered.

And before, what was there according to this model? We do not know. The equations only describe what happened at 10-43 seconds, a time known as Planck time.

Theory of the stationary Universe

Not all scientists agreed with the Big Bang model in which all the observations did not fit. Three cosmologists (Hermann Bondi, Thomas Gold and Fred Hoyle) developed in 1948 an alternative theory with many followers that the evidence provided by COBE (and later in 2001, WMAP) on background radiation have relegated (not discarded) marginal theory.

Based on the perfect cosmological principle that says that an observer located in any space or time sees the same universe since its properties are constant wherever. There is no Big Bang because the universe was always like that. Our universe would have no beginning or end.

These heterodoxes of the Big Bang consider that matter is continuously being created from emptiness. From a hypothetical “C field”, matter filters into our universe and drives the cosmic expansion predicted by Hubble’s law.


Theory of the oscillatory Universe

It was proposed by Richard Tolman of 1948 (the same year of his death). Closely related to the theory of the stationary universe, there is no initial explosion, but a contraction of our own universe to a point of enormous density (which he called Big Crunch) in which the attractive force of gravity becomes a repulsive force that causes an expansion of matter (a Big Bang).

This event would occur continuously giving rise to a cyclic and infinite succession of the same universe (which do not necessarily have to have the same conditions). The eternal return.

In 2010, physicist Roger Penrose claimed to find in the cosmic background radiation circular patterns that would indicate a continuous cycle of birth and death of the universe over eons.

Theory of the inflationary Universe

Proposed by the Russian Andrei Linde and established by Alan Guth, discarded an initial Big Bang to replace it with many small big bangs that would be produced continuously, even today, throughout the space. The matter of our universe would be continuously created in the nuclei of active galaxies.

It would be wormholes, extraordinarily curved points of time space that connect black holes with white holes.

This theory requires the existence of the multiverse or multiuniverse with a continuous exchange of matter and energy between them. Lee Smolin, from the University of Syracuse, considers that the whole cosmos is a complex system in which universes are continually born and die.

The inflationary hypothesis solves some drawbacks of the Big Bang theory, but cancels the need for a primal impulse, since the inflationary universe is eternal. For Roger Penrose, it also requires initial conditions. “so extremely specific” that it does not solve the problem of the beginning. This model requires the existence of a still unknown physical field, the inflaton.

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