![]() Through various processes, the high amount of energy contained in the atoms (especially in the nuclei) can be released and used for various purposes, and as a result of these processes, the matter which is used as an “energy source” is significantly transformed. The law of information preservation was enunciated by biologist Peter Medawar in his work The Limits of Science, in 1984. This process can also be correlated with the so-called “information preservation” principle, which in a simplified way shows that evolutionary processes cannot create the information required to generate biological evolution. The above relationship could be associated with the beginning of the universe and, at least on an empirical level, can support the theory of the appearance of matter in the universe, when after the original explosion (called the “Big Bang”), an enormous amount of energy was transformed into matter. In 1921 he was awarded with the Nobel Prize in Physics. He was a university professor at Berlin and Princeton, and he is the author of the theory of relativity and one of the brightest scientists of mankind. ![]() He immigrated in 1933 to the USA, being naturalized as an American citizen in 1940. Where E is the energy m is the mass c is the speed of light.Īlbert Einstein was a theoretical physicist of Jewish ethnicity, which was born in Germany, stateless since 1896 and later Swiss citizen, in 1899. The goal of the study is to investigate the connections between the fission, fusion, and solar energy through Einstein’s equation. It can be even considered that the matter itself is a “condensed” form of energy and that energy is stored in the atoms and molecules of which matter is composed. Sometimes the literature considers that the energy is involved in all processes that require any kind of change or conversion, being responsible for the production of those changes. The notion of energy is much more complex being obviously associated with other systems besides the physical ones, namely, biological and chemical systems, etc. ![]() However, these definitions refer only to the production or conversion of mechanical work or heat, but these represent only two of the many forms of existing energy. Occasionally it is mentioned in the definition of energy, the capacity of a physical system to produce heat, as well. The energy, as defined in the literature, as well as on numerous websites, in various languages of international circulation, is the ability of a physical system to produce mechanical work. The energy is a form of a manifestation of matter in motion, the widely used definition of which is that the energy of a system is its capacity to perform mechanical work, when it passes from an existing state to a reference state. ![]()
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