intensity & process time

 
Functional intensity & process time

  • Phenomenal any directional intensity (δT/∆t3) and process time or duration (δt3/∆T), i.e. operation time, are supposed to be simple properties quantifying, respectively, the relative thermal and relative temporal character of phenomenal intrinsic function (see: figures above, function//definition, ...//scheme simple properties & ...//rel. equation, and physical correlations//intensity (27) & process time (30) & function (32)).*
  • Together, phenomenal relative temperature, (δT/∆m), functional intensity (δT/∆t3) and electro-magnetic charge (δT/∆l3) are supposed to quantify the overall relative thermal character of phenomenal monocomplex wave- or string-like character (see: string//rel. equation & physical correlations//rel. temp. (9), intensity (27), charge (34) & string (52)).
  • Functional process time (δt3/∆T), material of chemical conservation time (δt3/∆m and spatio-temporal travel time (δt3/∆l3) are supposed to quantify, together, the overall relative temporal character of phenomenal monocomplex former and future virtual states (see: virtual state//rel. equation & physical correlations//travel time (16), process time (30), conservation time (44) & virtual state (54)).

*Ordinary frequency (∆t-1) is supposed to be the unidirectional (1d) abstraction of any directional (3d) functional intensity (δT/∆t3).

Internet resources & literature references

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