Symbolic Logic and String Theory is a long-term project which has been indevelopment formany years. The Processes described in this material can be transfused withany field ofresearch, to place symbols together can be quite a puzzle and the long-termeffect is one ofdeeper understanding. Fluency in symbols makes us understand how somethinglike the crescentmoon can be turned into the letter C. Ascribing meaning to fluctuant symbolsis not onlyrevealing but can be earth shattering when the use of ta symbol becomes anappliance or arelative superspection in plorable logic.A long withstanding is relative in the shaping of our brains and mostobviously our languages.After thousands of years a symbol can become a defining application or containmore meaningthan any other relatable quotient in aspect and realizable aspect. Seeing aworld without symbolsleaves us to question did we find these symbols in our language in our world,or did we createthem from withstanding.A fundamental aspect to consider when analyzing symbols is in the way even aspider whichcreates a web of vitamin entruinets and applies a number that we can see timeand time again in aspider web and understand it mean a number, one successive study has led todeveloping spiderswhich purposely create numbers int heir web and such fluency in how the mindof these animalsworks will lead us to a deeper understanding in how our own minds work.The greater mystery is still how did we arrive at this conclusion that thisline over this linethough abstract can create the functionalities of millions of words andfurther development ofsymbols. Such as a letter t, which is not only known in language, but in thedepths of religion andsupplies us with our mortality and the fullness of our lives, our eyes may nutunderstand, but oneday they may see it in another point of view.Studying this relative field of logic will leave us wondering how we came tobe and how ourmany parts work together to organize our plans.
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机译: + Sup> [n i Sub>] f(2 n Sup>)和- Sup> []的位置符号结构的转换方法n i Sub>] f(2 n Sup>)模拟信号参数转换为± Sup> [n i Sub>] f(2 n Sup>)使用三进制表示法f(+1,0,-1)的算术公理的“附加代码”的模拟信号参数结构(俄罗斯逻辑版本)