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ISSN:2394-3661 | Crossref DOI | SJIF: 5.138 | PIF: 3.854

International Journal of Engineering and Applied Sciences

(An ISO 9001:2008 Certified Online and Print Journal)

Chemistry of Knowledge Elements: Elements of Knowledge as Elements In Nature

( Volume 2 Issue 4,April 2015 ) OPEN ACCESS
Author(s):

Syed V. Ahamed, Sonya M. Ahamed

Abstract:

In this paper, we propose that knowledge can be reduced to its elementary (elemental) size consisting of quantized noun objects, their quantized verb functions, and the incremental type the convolutions that bind such noun objects and verb functions. Though knowledge may not be quantized as matter can be quantized in quantum sciences, it is possible to fragment knowledge finely enough to ask three basic elements; who does what, what is being done, and how is what being done. Such a bundle that answers these three questions makes up one knowledge element. These elements of knowledge (kels) exhibit statistical properties and their dynamics are be based on the properties of a large variety of kels, their origin, their environment, the media, and their recipients. Further, we define the elementary particles as a kuantum of knowledge, even though a kuantum is not a quantum in the traditional sense. In maintaining a working relation with other sciences, we explore the flow of these kels. A quantum of knowledge (kel) is like a particle of matter or a pulse of energy. We present this concept to investigate if such kels will explain all the intricacies in the flow of knowledge in societies, cultures and groups. Even though a kel is not as defined precisely as quantum (an electron) in physics, but in the framework of theory presented here, the statistical properties of kels explains a statistical differences in the way in which noun objects communicate i.e., transmit and receive such kuanta and kels. This approach holds the maximum promise but the quantization of a kel to a workable size becomes unique and depends on the direction in which knowledge is being explored and/or constituted. The generic quantum of knowledge or kel still appears as a mystic entity, even though specific kuanta are feasible that the modern computers can tackle, build, process, constitute, reconstitute, reprocess to generate “artificial knowledge”. Such artificial knowledge is then verified, validated and accepted or challenged, disputed and rejected by AI routines and by natural intelligence of human beings to build large and realistic bodies of knowledge (bok’s) or knowledge centric objects (kco’s) of any size, shape or form .

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