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Muon decay results when the electronic forces in an atom become disrupted by radioactive clouds containing radium and Cesium One and Strontium 90. Muons carry a negative charge when released from the atom or just passing through space.  

Muon decay results when the electronic forces in an atom become disrupted by radioactive clouds containing radium and Cesium One and Strontium 90. Muons carry a negative charge when released from the atom or just passing through space.  

Muons decay at the rate of ten trillion times of measurements we have no word for in your language, so let us call them “Trions.” Let us say that a muon can lose 10 Trions of its negative charge in one Urantia second. A Trion is a quantitative measurement of radiation decay we have no way of providing equivalents for Urantia’s radiational-loss-measurement quantities. We here are referring to Beta decay and it is your Curie that is most often used to quantify the amount of radiation escaping from the sample, and we may be close in giving the equivalent of 1,000 Curies per second as a close approximation, but we also feel this quantification may miss the point by being over concerned with dosage while we are really referring to the loss of hydrogen in the vicinity of the muon in a way similar to how a dustbin collects dust on its sides and not just on the bottom when capturing very fine material. We would prefer to stay with what is a meaningless unit to us (the Trion) until there is some ample evidence of being really able to convert this measurement to what you experience on Urantia, in the manner described with the dustbin holding discarded dust in several dimensions on the bin. Most Muons carry a charge sufficient to keep them available as an independent particle, but when they are in the vicinity of radiation, they become disrupted by the heat and gamma ray erosion of the radiation within the muon that is pulsing its discharge into space. The negatively charged muon falls weaker and weaker into a state where it fails to obtain ANY charge and becomes a native Ultimaton similar to the Sixth Stage described above which could produce immense amounts of power generation for man and his machines. Ultimatonic particles which are discharged out of decaying Muons may form additional other particles known to science as tachyons.***

Muons decay at the rate of ten trillion times of measurements we have no word for in your language, so let us call them “Trions.” Let us say that a muon can lose 10 Trions of its negative charge in one Urantia second. A Trion is a quantitative measurement of radiation decay we have no way of providing equivalents for Urantia’s radiational-loss-measurement quantities. We here are referring to Beta decay and it is your Curie that is most often used to quantify the amount of radiation escaping from the sample, and we may be close in giving the equivalent of 1,000 Curies per second as a close approximation, but we also feel this quantification may miss the point by being over concerned with dosage while we are really referring to the loss of hydrogen in the vicinity of the muon in a way similar to how a dustbin collects dust on its sides and not just on the bottom when capturing very fine material. We would prefer to stay with what is a meaningless unit to us (the Trion) until there is some ample evidence of being really able to convert this measurement to what you experience on Urantia, in the manner described with the dustbin holding discarded dust in several dimensions on the bin. Most Muons carry a charge sufficient to keep them available as an independent particle, but when they are in the vicinity of radiation, they become disrupted by the heat and gamma ray erosion of the radiation within the muon that is pulsing its discharge into space. The negatively charged muon falls weaker and weaker into a state where it fails to obtain ANY charge and becomes a native Ultimaton similar to the Sixth Stage described above which could produce immense amounts of power generation for man and his machines. Ultimatonic particles which are discharged out of decaying Muons may form additional other particles known to science as tachyons.

Tachyons do approach the speed of light because they belong to a classification of photons not yet observed on Urantia and therefore lie quite far out of the scientific experience and are not even suspected to exist at this point. Again, this mystery photon is one by-product of a decaying muon and all photons are modified Ultimatons requiring restabilization to obtain their original Class Six forms. Those Ultimatons, aside from the mystery photon, are usable immediately for power consumption when processed by batteries containing zinc.

Tachyons do approach the speed of light because they belong to a classification of photons not yet observed on Urantia and therefore lie quite far out of the scientific experience and are not even suspected to exist at this point. Again, this mystery photon is one by-product of a decaying muon and all photons are modified Ultimatons requiring restabilization to obtain their original Class Six forms. Those Ultimatons, aside from the mystery photon, are usable immediately for power consumption when processed by batteries containing zinc.

Ultimatons leak energy from their purse-like construction alluded to earlier in this paper. The purse is nearly square as a rectangle can get and still be a rectangle, because it contains two rods that are elongated toward the north and south axis of the purse to cause the case to extend slightly and in a curve toward both ends In this elongation, the blue glowing rods have thickened and become opaque. They derive their solid appearance from the fact they can no longer rotate around their own axis inside their case. The glowing blue rods in emergent energy of an Ultimaton rotate around a central and internal axis in each rod. This is the characteristic of different kinds of Ultimatons man must learn to differentiate in order to determine which Ultimaton is to be used for what task.

Ultimatons leak energy from their purse-like construction alluded to earlier in this paper. The purse is nearly square as a rectangle can get and still be a rectangle, because it contains two rods that are elongated toward the north and south axis of the purse to cause the case to extend slightly and in a curve toward both ends In this elongation, the blue glowing rods have thickened and become opaque. They derive their solid appearance from the fact they can no longer rotate around their own axis inside their case. The glowing blue rods in emergent energy of an Ultimaton rotate around a central and internal axis in each rod. This is the characteristic of different kinds of Ultimatons man must learn to differentiate in order to determine which Ultimaton is to be used for what task.

===Different Shapes of Ultimatons===

===Different Shapes of Ultimatons===

*Different Shapes of Ultimatons for Different Uses

*Different Shapes of Ultimatons for Different Uses