Archive for October, 2017

Richard McKeon’s Aspects of Knowing, Part 2, V3

October 10, 2017

The duals in Richard McKeon’s system of Philosophical Semantics can also be arranged in a three-dimensional tetrahedron, where the dual pairs are on opposing edges. The universal and particular methods, the phenomenal and ontic interpretations, and the meroscopic and holoscopic principles are shown above.

Universal methods, between knower and knowledge, are applicable to all problems and all subject matters. Particular methods, between the knowable and the known, require distinct methodological procedures for different problems or subject matters.

Holoscopic principles, looking at the parts from the perspective of the whole, provide a coincidence of knowledge and known. Meroscopic principles, looking at the whole from the perspective of the parts, separate the knower and the knowable from each other and from influence between each other.

Ontic interpretations, between the knowable and knowledge, derive their character from a reality assumed to transcend or to underlie phenomena and statements. Phenomenal interpretations, between knower and the known, may reduce reality and values to aspects or consequences of phenomena.

Alternatively, the four vertices of  knower, knowledge, known, and knowable can be labeled by their method, principle, and interpretation as shown at right.

Further Reading:

http://www.richardmckeon.org/

http://en.wikipedia.org/wiki/Richard_McKeon

Notes:

As McKeon said in his lecture of  October 23, 1972 (the “Topics course”, unpublished): “You can either look at things from the point of view of the whole — then the principles are holoscopic (holos means whole, skopein means to look). Or, you can take the same set of facts, and view them from the part: then you have meroscopic principles. (Meros means part, skopein still means to look at).”

[*6.136]

The Duality of Time and Information, V3

October 1, 2017

 

The states of a computing system bear information and change time, while its events bear time and change information.

from The Duality of Time and Information by Vaughn Pratt

The most promising transformational logic seems to us to be Girard’s linear logic.

— from Rational Mechanics and Natural Mathematics by Vaughn Pratt

 

Here we have three duals:

  • Information – Time
  • States – Events
  • Bear – Change

Further Reading:

Vaughan Pratt / The Duality of Time and Information http://boole.stanford.edu/pub/dti.pdf

Vaughan Pratt / Time and Information in Sequential and Concurrent Computation http://boole.stanford.edu/pub/tppp.pdf

Vaughan Pratt / Rational Mechanics and Natural Mathematics http://chu.stanford.edu/guide.html#ratmech

[*5.170]

<>


%d bloggers like this: