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[...] a semiotically classified representation of philosophical sciences is a prerequisite to the development of an ars inveniendi.
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[...] a semiotically classified representation of philosophical sciences is a prerequisite to the development of an ars inveniendi.
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Wolff assumes that an isomorphic relationship between concepts and signs as well as between their differences and relations exists and develops a system of concepts resulting in an Organon for philosophy
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Assuming that an isomorphic relationship between concepts, signs, and things as well as between their differences and relations exists, Wolff develops a system of concepts resulting in a real Organon for philosophy.
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His method follows the ideal of explicating concepts originating in ordinary language, which, because of this origin, become lexicographically applicable, even independently of the theoretical context. […] all content of consciousness is assumed to be accessible to an analysis notionum and to be solely conveyed by signs […]
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Wolff's method follows the ideal of explicating concepts originating in ordinary language, which, because of this origin, become lexicographically applicable, even independently of the theoretical context. [ …] all content of consciousness is assumed to be accessible to an analysis notionum and to be solely conveyed by signs […]
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Homeokinetics is the study of complex systems, such as galaxies, social systems, or planetary subsystems.[1]
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Homeokinetics is the study of complex systems, systems such as [..] galaxies, social systems, or various planetary subsystems.
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Complex systems are divided into atomistic-like units called "atomisms", which exist in a nested hierarchy of systems.
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The entire universe thus consists of atomistic-like units - "atomisms" - bound in interactive ensembles to form systems, level by level in a nested hierarchy of systems.
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A system is defined as a group of relatively common atomisms which are bounded above and below in the space and time domain.
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A system is a group of relatively common 'atomisms' organized into a high ordered 'atomism' bounded from above and below in the space and time domain.
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Wikipedia
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Homeokinetics attempts to treat all complex systems equally, animate and inanimate, providing them with a common viewpoint. The complexity involved in learning how these systems work is reduced by the emergence of common languages in all complex systems.
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Homeokinetics treats all complex systems on an equal footing, animate and inanimate, providing them with a common viewpoint. The complexity in studying how they work is reduced by the emergence of common languages in all complex systems.
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Complex systems are defined by the internal exchange by their actors. In homeokinetics, the goal can be considered an understanding of what these complex internal agents are doing.
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A complex system is one where there is a tremendous amount of internal exchange by the actors. The physics of complex systems is played out on the basis of trying to understand what these complex internal agents are doing.
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