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Jieming Unit
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Current Status All data and research as follows is currently under much debate due to it's the limited independent experiments to verify claims. The theoretical nature of the Jieming Unit also makes proof hard to come by. An article in the premiere issue of the New Minnesotan Science Review (Summer 08) will be the first non-internal publication of Jieming Unit discussion. The Jieming Unit As stated by Professor Jason Chen, formerly of Scandia National Labs, "The Jieming Unit, or JU, is an extension of the 'multi-universe' theory of being. It's implications for the field of quantum mechanics could be astounding." The full postulate is actually a combination of three distinct aspects of new quantum theory, Jieming Fiel, the Jieming Particle, and the Herricks Attraction Constant. The Jieming Particle A Jieming particle is the smallest unit comprising a Jieming Field. Its relative mass is substantial, giving it great gravitational pull. This reflects indecision in the "gravitron" theory of gravitational pull. The ability for Jieming Particles to form cohesive arrangements (Jieming Chains) allow for am amplification of gravitational pull to be seen on "macro-units", the most commonly seen matter in the universe. In contrast to the massiveness of the Jieming Particle, the Benyun Particle has been postulated as the smaller "support" particle. Its special properties, while not fully known or understood, allow for fluxuations in the alignment of Jieming Chains. Massive fluxuations can be seen on the macro scale by the formation of black holes or other anomalies in the space-time contiuum. The Jieming Field The theoretical equation for the strength of a Jieming Field , where is bounded by the length of to SOSJP. SOSJP is the Suborbital strenght of the Jieming Particle. Within the Jieming field are Jieming Paricles and Benyun particles, though it is theorized that there may be dorment Yin paricles on the outskirts that occasionally are active and influence the arrangement of the graviational field. This field is found in an active state because stopping it is impossible due to the necessity of it's action to keep particles in quantum alignment. The Herricks Attraction Constant The most important part of the Jieming Unit is the Herricks Attraction Constant or JP. It is a yet determined constant that has been observed in limit trials. The ability to pin down the Herricks Constant is due to it "movement around the room." The constant allows for movement by the "cripple particle,"so decribed by it's inablity to move fast, lending credibility to the "cripple" metaphor. This constant describes the standardized movement ability of Benyun particle while in a Jieming Field composed of Jieming Particles. See Also
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