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Bioenergy way to explore energy-information interaction method object border control (ICG)

机译:探索能量-信息相互作用方法的对象边界控制(ICG)的生物能源方法

摘要

1. bioenergetic method of investigating interactions of energy objects borders control method (ICG), which is based on the use of "biolocation effect", characterized in that the preliminary via dowsing frames define the initial size of biological fields (defined border) objects, the fact that the energy-object interaction is determined by original size change (shift boundaries) of bio objects involved in the interaction and located at a distance smaller than the original size, bi field, at least one of the interacting objects, as a result of energy interactions is determined by the sign of the change (displacement), thus increasing biological fields indicates positive mutual influence, reducing - the negative and size unchanged biological fields - the absence of mutual vliyaniya.2. Bioenergetic process according to claim 1, characterized in that the reaction is determined by a test object on obektov.3 group. Bioenergetic process according to claim 1 or 2, characterized in that if one of the objects is a human, then the other object or objects may or may not actually be in situ studies, as shown, or be suggestive given person.
机译:1.研究能量对象之间相互作用的生物能方法边界控制方法(ICG),它基于“生物定位效应”的使用,其特征在于,初步的通过下垂框架定义了生物场(定义的边界)对象的初始大小,能量-物体相互作用是由参与相互作用的生物物体的原始尺寸变化(位移边界)决定的,其结果是,至少一个相互作用物体的距离小于原始尺寸bi场,相互作用的能量由变化(位移)的符号决定,因此增加的生物场表明正相互影响,减少的-负的和大小不变的生物场-相互不存在。2。 2.根据权利要求1所述的生物能方法,其特征在于,所述反应由obektov.3组上的测试对象确定。 3.根据权利要求1或2所述的生物能方法,其特征在于,如果所述物体之一是人,则所述一个或多个其他物体可能是或可能不是实际上在原位研究的,如图所示,或者暗示给定的人。

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