Please use this identifier to cite or link to this item: https://rfos.fon.bg.ac.rs/handle/123456789/703
Title: A corporate model of similitude for SMES reunion into a corporation, viewed from the angle of physical thought, and its complex economic and social impact
Authors: Savoiu, Gheorghe
Manea, Constantin
Iorga-Siman, Victor
Enescu, Florentina Magda
Čudanov, Mladen 
Jaško, Ondrej 
Jaško, Ana
Keywords: small and medium enterprise (SME);physical model;multinational corporation (MNE);economic and social complexity;corporate social responsibility (CSR)
Issue Date: 2011
Publisher: Editura Ase, Bucuresti
Abstract: In order to exceed the circularity of formal economic thinking, the authors of the present paper favour the models of thinking specific to physics, which are also constructed statistically and mathematically, in an attempt to find an answer to the reunion of similar small and medium enterprises (SMEs), into multinational corporations. A model based on the theory of similitude is thus made use of, born from the very essence of physics, and having an economic and social destination and a complex impact. The physical models intended for economic systems are expressed as systems of partial differential equations, and the result becomes a new vision of reality. This paper details an original model based on physical similitude for SME amalgamation under the name of multinational corporations. After an introduction to the physical theory of similitude, the first section describes the physics model because of the reunion of similar SMEs. The real birth of some corporations in Serbia forms the content of the second section; the economic and social phenomena relating to the generation of such corporations, and the corporate social responsibility are emphasized. The idea of social complexity and its impact as the fifth dimension of a modern multinational corporation conclude the paper.
URI: https://rfos.fon.bg.ac.rs/handle/123456789/703
ISSN: 1582-9146
Appears in Collections:Radovi istraživača / Researchers’ publications

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