| CHAOS |
| AS I GAZE INTO THE VAST BLINKING OF THE NIGHT SKY I IMAGINE AN ENORMOUS GROUP OF NEUTRONS COMPRESSED INTO A VERY VERY SMALL UNIT OF MATTER. IT IS COMPRESSED DUE TO SURROUNDING PRESSURES. . THE RELEASE OF THIS PRESSURE (BY COLLISION, OR OTHER PHENOMENON) RESULTS IN THE UNIT EXPLODING INTO THOUSANDS AND THOUSANDS OF SMALL UNITS OF MATTER. WITH VARIOUS NUMBERS OF NEUTRONS IN EACH GLOB. EACH NEUTRON BLOB IS ORIGINALLY JUST A COMPRESSED UNIT OF NEUTRONS. HOWEVER ENVIRONMENTAL CONSIDERATIONS CAUSES THE GLOB TO DEVELOP INTO A UNIT CONSISTING OF BOTH PROTONS WITH ORBITING ELECTRONS AND PROTONS WITH NON ORBITING ELECTRONS MANY GLOBS CONTAINING A VARIOUS NUMBER OF NEUTRONS COMBINE TO FORM ELEMENTS. EACH GLOB IS CALLED A GEMOTOPE IN ORDER FOR A GEMOTOPE TO CORRELATE WITH THE ATOMIC MASS OF AN ELEMENT BOTH TYPES OF NEUTRONS MUST BE PAIRED WITH THEMSELVES. "TWIN NEUTRONS" Only globs with less than 267 atomic mass is being considered. |
| COPYRIGHT 1997 AND 2002 BY GERALD E MOWERY NO CLAIM MADE ON GOVERNMENT INFORMATION |
| THE EXPLODED PARTICLES THEN RECOMBINE. EACH GEMOTOPE COMBINES WITH NEUTRONS HAVING AN IDENTICAL NUMBER OF PROTONS ORBITED BY ELECTRONS. MANY GLOBS MAY HAVE THIS CONFIGURATION BUT WITH DIFFERENT NUMBER OF PROTONS WITH NON ORBITING ELECTRONS. ILLUSTRATION Germanium 64 2(2-8-18-4) +10n = 74 Isotope Number 2(2-8-18-4) +12n = 76 Isotope Number Selenium 2(2-8-18-5) +10n = 76 Isotope Number |
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| GLOBS OF NEUTRONS COMPILING INTO ISOTOPES COMPOSITION EXAMPLE BELOW |
| CHEMISTRY PAIRED ISOTOPE, PAIRED GEMOTOPE ABUNDANCE % |
| ELEMENTS ARE PERIODIC FUNCTIONS OF NEUTRONS. NEUTRONS ARE SEPARATED INTO NEUTRONS WITH ORBITING ELECTRONS (PROTON) AND NEUTRONS WITH NON ORBITING ELECTRONS (NEUTRON) |
| ELECTRON PROTON GLOB ============= |
| ORBITING ELECTRONS ==================== |
| NON ORBITING ELECTRONS ======================== |
| 54 5.845% 56 91.794% 57 1.119% 58 .280% |
| 52 5.68%% 52 85.237% 52 1.021% 52 .251% |
| 2 .216%% 4 6.557% 5 .098% 6 .029% |
| LEGEND IRON |
| TABLE ILLUSTRATES ABUNDANCE % BETWEEN PROTONS AND NEUTONS |
| Isotope abundance % of an element |
| Isotope abundance % of protons with orbiting electrons |
| Isotope abundance % of protons with non orbiting electrons |
| CORE UNITS |
| ELECTRON PROTON GLOB ============= |
| 3 100.00% |
| ORBITING ELECTRONS ============= |
| NON ORBITING ELECTRONS ============= |
| O 00.00% * |
| HYDROGEN 1.008 |
| TRITIUM 3.016 |
| 1 100.00% |
| 3 100.00% |
| O 00.00% * |
| HELIUM 4.003 |
| 4* 100.00% |
| 4 100.00% |
| O 00.00% * |
| *If the basic configuration of Helium is 4 -- then a unit with 3 neutrons cannot be Helium. ( |
| The three neutrons can be: Three protons as three orbiting electrons Three protons as three non orbiting electrons Two Protons as orbiting electrons and One non orbiting electron. Two Protons as non orbiting electrons and One orbiting electron |
| IRON |
| 1 100.00% |
| THE ELEMENTS ABOVE (ALTHOUGH SHOWN AS ORBITING ELECTRONS) CAN EXIST WITH BOTH ORBITING AND AND NON ORBITING ELECTRONS, |
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| PROTONS AND NEUTRONS ARE PERIODIC FUNCTIONS OF ELECTRONS AND HEAT |
| ELECTRONS ARE PERIODIC FUNCTIONS OF HEAT. |
| HEAT IS A PERIODIC FUNCTION OF LIGHT. |
| All components, of matter, are paired with themselves twins |