**4. Conclusions**

Based on the particular results for the cases mentioned above, a set of possible and most probable connections between the issues that had to be solved in science and the "old knowl‐ edge" was identified.

The approach was tested for some specific cases with very interesting results and it is expected to be applicable to other examples as well. However, it is expected to acquire more in-depth review of the methodology and investigation of more diverse examples during the future work. At this moment of research, it can be noted the well-suited applicability for the evaluated cases and the proposed method proves to be of interest to be considered for other more general examples.

[8] Kuhn T. The Structure of Scientific Revolutions. Chicago: University of Chicago

Proceedings of the International Conference on Interdisciplinary Studies (ICIS 2016) - Interdisciplinarity and Creativity

[9] Kallfelz W. Expanding Joseph Sneed's Analysis into Category Theory [Internet]. May 16, 2006. Available from: http://www.academia.edu/1178539/Expand‐ ing\_Joseph\_Sneeds\_Analysis\_into\_Category\_Theory [Accessed: June 16, 2016]

[10] Sneed J. The Logical Structure of Mathematical Physics. Synthese Library–- D Reidel; Editor-in-Chief: Otávio Bueno, University of Miami, Department of Philosophy, USA

[11] Scheuermann G. Topological Field Visualization with Clifford Algebra [Internet].

[12] Serbanescu D. Science and mythology. In: SRA - USA, editor, SRA Conference 2008;

[13] Serbanescu D. On some knowledge issues in sciences and society. In: ECKM13, edi‐

#### **Author details** Dec 2008; Boston, USA. Boston, USA: SRA-USA; 2008.

1971.

Press; 1962.

in the Knowledge Society

36

**3.4. Results for cases D and E**

in the Knowledge Society

34

13]) may be used, too.

**Figure 13.** MS5 D and E

**4. Conclusions**

edge" was identified.

examples.

In those cases there is one type of dominant feature (coded as MS5-D,E) identified (Figure 13). This type of dominant "syphoning feature" is called "Oikonomia – οἰκονοµία" The features of this type of symbolic topological similitude is described by the ability to perform manage‐ ment of community-related issues and its environment, using the lessons learnt and patterns as a guidance for solutions to dilemmas specific to cases D and E. Lessons derived from the natural energy and traditional household, the solutions of traditional household (the ecology "avant la lettre"), and the type of solutions adopted for the knowledge/risk analyses in natural, complex, self-regulating, and reproducing systems (Complex Apoietic Systems, CAS [1–5,12,

Proceedings of the International Conference on Interdisciplinary Studies (ICIS 2016) - Interdisciplinarity and Creativity

Based on the particular results for the cases mentioned above, a set of possible and most probable connections between the issues that had to be solved in science and the "old knowl‐

The approach was tested for some specific cases with very interesting results and it is expected to be applicable to other examples as well. However, it is expected to acquire more in-depth review of the methodology and investigation of more diverse examples during the future work. At this moment of research, it can be noted the well-suited applicability for the evaluated cases and the proposed method proves to be of interest to be considered for other more general

Dan Serbanescu\* tor, ECKM13; 2013; Kaunas, Lithuania. Kaunas, Lithuania: ECKM13; 2013.

Address all correspondence to: dan.serbanescu1953@yahoo.com [14] Serbanescu D. A new approach in nuclear risk theory, A9744187. In: IAEA, editor. "The use of PSA in the regulatory process" IAEA Vienna; 26–29 April, 1993; Vienna,

Division of Logic, Models and Philosophy of Science, Romanian Committee for History and Philosophy of Science and Technology, Romanian Academy, Bucharest, Romania IAEA. Vienna: IAEA; 1993.
