Hugh William Rose: A Cosmogony Biography

Universal Faithist of Kosmon Inc. PO Box 703 Inyokern CA, USA 93527 info@universalfaithistsofkosmon.org 760-753-5390 Cover Art By Celeste Joy 1995 and 2021 Biography: HUGH WILLIAM ROSE provided by his son William Rose. Hugh William Rose was born on June 11, 1926 in Lafayette, Indiana, the oldest of three children. He had a degree in Naval Science and Tactics from University of Illinois, and a degree in Electrical Engineering from Purdue University. He met Emily Parker while studying at Purdue. Emily's father, a Presbyterian Minister, married them in 1951 and Emily and Hugh raised two children. He was an avid science fiction reader and in the late 1940s saw an ad for OAHSPE in Ray Palmer's FATE magazine and purchased the book. He became a student of OAHSPE, becoming a vegetarian in 1951. Hugh worked as an Engineer with General Electric and later Honeywell. He took early retirement to devote time to OAHSPE's science when he was in his early 60s writing numerous articles for OAHSPE oriented publications and was in communication with NASA concerning OAHSPE science. Later it was learned that OAHSPE was studied by "Think Tanks" for its insights into the space science of Cosmogony. His son, William, commented that he had a "powerful intellect, being able to integrate being a scientist with being a mystic." Having moved to Phoenix, Arizona, he passed away November 23, 1998 at the age of 72 in Scottsdale, Arizona. He was survived by his wife and his son, William. ii 1 2 3 11 13 14 discussion of electrical energy. A low voltage discharge is often not even noticed and we call I corona today. This type of discharge results in the gradual failure of insulation systems in electrical equipment. The surface layer of atoms in a material has an unbalance of valence electron forces as compared to atoms in the interior of the material. This unbalance results in electrons being easily removed from the surfaces of many materials. An electrode with a deficit of electrons is an electrode with a positive potential. This deficit spreads out along the entire length of the conductors and the positive elements of the generator that produced the deficit. The deficit is created by the expenditure of mechanical energy. In a similar manner the excess of electrons at the negative electrode and circuit spreads out over its surfaces. I accept that there is spreading of the deficit of electrons in the surface layer of atoms in the conductive surfaces of this circuit. This takes place at a relatively slow rate (as compared to the speed of light) in this DC circuit. This relocation of electrons among the elements of the circuit does not take place in the same manner as electrical energy moving through a wire as described. An electrode with a deficit of electrons in a surface layer can be described as having an excess of holes, using modern terminology. Science has discovered that such holes can migrate at a relatively slow rate of speed when there is a difference of potential to drive their migration. In a similar manner electrons can be transported, where there is an excess of electrons, by a difference of potential. The difference in potential between our portion of a conductor and another in either the negative circuit of the positive circuit of a static electricity generator is minute. This means that such electron migration is also at a slow rate with respect to the speed of light. There is no evidence of any transport of anything in the interior of any conductors in a static electricity generator or its associated circuits. At the moment of a static electric discharge the high voltage potential that has been described above takes place at a relatively slow rate. All of the actions observed in a static electric generator and its associated circuits happen if a relatively low rate and they can be considered as one of the special cases mentioned in the discussion on electrical energy above. IONS There are two groups of materials that are characterized by what they do when they are dissolved in water. One group ionizes and the other group does not ionize. Salt is an example of an ionizable substance and sugar is an example of a non-ionizable substance. There are also thousands of materials that do not apparently dissolve in water. Science has discovered the existence of many species of ions (many as ionized molecules) in near space around the earth. It is probable that all of our elements exist in the form of atoms and ions in near and deep space. 50