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EIKOS |
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The EKELOS EIKOS prime ideas state: |
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EIKOS |
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EIKOS is a three dimensional language and system of calculation, relationship and measurement of concepts and real objects. EIKOS is based on the principles and understandings of the existence of the concept (idea) of Unique Collective Awareness (UCA). That the real world is a dream in motion and that dream in motion is not-real. That life is a dream and that the dream possesses certain immutable rules. |
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EIKOS represents the rules of the three dimensional awareness of UCA in creating the dream universe. |
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EIKOS is also classified within the context of UCADIA, a symbolic language representing the structure of pure meaning (semantics) in two or three dimensional sentence structures. |
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The difference of EIKOS to mathematics |
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All of the key concepts of mathematics are considered and structured within the model EIKOS. In that sense, EIKOS can be considered compatible in terms of the same general concepts as mathematics. |
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Similarly, EIKOS uses certain symbols and arrangements of symbols to denote meaning. In the case of mathematics, the numeral system is used to denote quantity and relationship. |
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EIKOS also uses the numeral system but also uses additional symbolic ratios to denote quantity and relationship such as logarithmic and hexadecimal systems. |
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Mathematics is a two dimensional language founded on the principle of the exclusion of the paradox; |
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EIKOS is a three dimensional language founded on the principle of the inclusion of the paradox first, then exclusion of the paradox within the dream (real world). This is a superior concept to mathematics, hence mathematics is treated as a sub-set of EIKOS. |
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Variable |
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All known types of economic elements and relationships may be represented as unique sets of theoretical symbols representing possible values called variables. |
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All variables are specialized and unique to some degree (unique variables). |
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All variables are co-dependent to some degree (co-dependent variables). |
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All variables are common and interchangeable to some degree (universal variables). |
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Formula |
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All economic models, systems and number patterns may be expressed as formulas of variables. |
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All variables contained within a formula must be defined by their type (unique, co-dependent or universal) and type. |
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For a formula to function properly, the correct substitution of variables by type and purpose must take place. |
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Formula type |
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The function of a formula (in terms of structure and flow of variables) may be expressed as linear, matrix or multi-dimensional types. |
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The utility and scope of a formula to describe theoretical and real is limited by its type (linear, matrix, multi-dimensional). |
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Axiom |
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All economic ideas may be stated as axioms based on functional symeric formulas themselves based on assumptions. |
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All economic axioms may themselves be described as a process of inputs inserted into a function to produce an output. |
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Complexity and axioms |
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Complex economic axiom resolve themselves to describe only simple systems. |
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Simple economic axiom resolve themselves to describe both simple and complex systems. |
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