ATOMS – SUBATOMIC PARTICLES -QUARKS – NEUTRINOS (CONTINUED)

The author reasons neutrinos, because of their extremely small mass react subtly, positively or negatively with life differing forms as necessary to maintain a positive balance. Varying opinions between scientific researchers are inconclusive. Further research is needed to determine their findings about how to correlate the relationship between quarks, neutrinos and their affect on life in our universe. This hypothesis is based on proven accomplishments of scientist listed on page # 1. It is integrated with the latest discoveries in astrophysics and cosmology, all in the pursuit of how life began and its infinite continuation. At least 118 different type atoms are known to exist.¹⁴ The three basic fundamental subatomic particles that make atoms are electrons, protons & neutrons https://www.nrc.gov/reading-rm/basic-ref/students/science101.html. More than 200 lesser subatomic particles exist https://www.britannica.com/browse/Matter-Energy. With various formula combinations of basic fundamental subatomic particles and the lesser subatomic particles, 177,000,000 organic and inorganic substances exist. Referenced from Wikipedia. Subject; Chemical substances Dated 6 June 2022, at 13:38 (UTC). It takes at least two types of atoms to make one molecule, i.e. water (H₂O). ^13b By using various combinations of molecular formulas from only 100 different kinds of atoms (and 150-200 subatomic particles, ¹¹.) more than 12,000,000 substances exist.¹⁴ Any substance composed entirely of one type atom is an element, illustrated example; gold, lead, silver. By 1932 science and technology was advanced to the point where high energy could be developed safely by splitting the atom through controlled nuclear disintegration; fission, (dirty energy). Later (1945), using that similar technique of splitting the atom to make the atomic bomb was devised and helped end World War II. Scientists are now working on developing a clean unlimited energy source by harnessing the atom by creating nuclear fusion. ^{15, 15a} Research about the atom, its composition, and uses, never stop. Successful results in an unlimited energy supply could lower our planet’s pollution, elevate our health standards, extend our life span and raise our quality of life. Everything in our huge universe depends on the tiny atom.