Dimensions of Reality

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Definition

While dimesionalities are to be considered as fundamental emerging properties of the two components of the Source of Reality, dimensions are intended as ways of observing the world, the Universe and all the forms that compose it.

We can observe and measure Reality in three fundamental "directions", corresponding to the three fundamental emerging properties of the manifestations of the Source: causality (expression of the Fundamental Force), Variationality, in its components Spatiality, Temporality (expression of the Elementary Field).

We can observe and measure Physical Reality in three fundamental directions, corresponding to the three fundamental emerging properties of the manifestations of the Source: cause (or force), space, time, dimensions that directly derive from the corresponding dimensionalities.

In the field of Cognitive Reality, in the metaphysical domain, composed by Immaterial Forms, Cognitive Forms (Information at the higher levels of complexity), in some areas and for some aspects, Causality and Spatiality-Temporality dimensions assume a different forms and can be transcended (eg products of imaginative thought, dreams, metaphysical descriptive models, physical theories "exotic"). In this domain of Reality the perception and the cognitive modelling of the dimensions of Physical Reality become particularly relevant.

Dimensionalities of Reality Dimensions of Reality
. . Causality . . Cause
. . Variationality . . Variation (*)
. . . Spatiality . . . Space
. . . Temporality . . . Time

(*) Variation as a Dimension of Reality is considered only through its two components Space and Time. For Variation more properly we intend the first of the Modes of Action, the other two being Propagation and Conservation.

Common definition

The dimension is, essentially, the number of degrees of freedom available for movement in a space. In common usage, the dimensions of an object become the measures that define its shape and size. The size of a physical quantity can be expressed as a product of the fundamental physical dimensions mass, length, time, electric charge and absolute temperature, represented by the symbols M, L, T, Q and Θ, respectively, each elevated to a rational power.

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See also

Links to the related sections of the TFNR Paper

Classification