Self-Formation, Development and Reproduction of the Artificial System


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Self-formation as a concept for irreversible evolution of the artificial object with complexity increase was introduced for understanding of the processes existing in microelectronics technology [1]. The concept of self-formation by itself was to some extend influenced by principles existing in biological world therefore from the very beginning there was an open question about limits of self-formation application: are we limited to the understanding of some technological processes or we can think about predicting new technological applications by applying selfformation concept. Recently developed tools for simulation of technological processes for Solar Cells manufacturing [2] clearly indicates that self-formation is becoming interesting tool for technologists trying to create and optimize microelectronic devices. The next step exploring selfformation application boundaries can be analysis of possibilities of the self-formation to demonstrate usual in biological life development and reproduction of the object. This presentation will be dedicated to the analysis of the conditions and possibilities by applying self-formation present self-formation, development and reproduction of artificial object.



Solid State Phenomena (Volumes 97-98)

Edited by:

Stepas Janušonis






J. Ulbikas et al., "Self-Formation, Development and Reproduction of the Artificial System", Solid State Phenomena, Vols. 97-98, pp. 77-84, 2004

Online since:

April 2004




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