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EN
As one may have noticed, the title of this paper is somewhat provocative. We found Roman Krzanowski’s (2020a,b,c; 2022) proposed approach to the problem of information very intriguing. Our aim here is to highlight some advantages when it comes to answering some fundamental questions in the philosophy of physics and metaphysics, as well as the philosophy of information and computer science. This issue is of great importance, so we propose that the introduction of some subtle distinctions between ontological and epistemological information can be regarded as being analogous to G.F.R. Ellis’s analyses of the passage of time in his concept of the Crystallizing Block Universe (Ellis and Goswami, 2012). This analogy could be useful when further studying the relations between different types of information. We also suggest some subjects for further study, ones where Krzanowski’s proposal could serve as a very solid foundation for examining traditional metaphysical issues by combining classical philosophical doctrines with the new approach.
EN
There are various approaches to ontology metamodelling, and the notion of biologically inspired modular knowledge representation systems can provide insight in the workings of such phenomena as emergent properties of network structures. What is more relevant from knowledge engineering standpoint, such approach could provide innovation and enhancement of the level of expression as well as overall functionality of modular ontologies. To do so, one needs to find biological structures that would be the basis for modularity on different levels of hierarchy within the artificial system. Network analysis tools as well as systems biology and biocomputing provide a framework for research in this field.
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