Self-replication processes in nanosystems of informatics
Stefan Węgrzyn; Ryszard Winiarczyk; Lech Znamirowski
International Journal of Applied Mathematics and Computer Science (2003)
- Volume: 13, Issue: 4, page 585-591
- ISSN: 1641-876X
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topWęgrzyn, Stefan, Winiarczyk, Ryszard, and Znamirowski, Lech. "Self-replication processes in nanosystems of informatics." International Journal of Applied Mathematics and Computer Science 13.4 (2003): 585-591. <http://eudml.org/doc/207670>.
@article{Węgrzyn2003,
abstract = {Recent research on the nanotechnological processes of molecular products and object synthesis as well as research on the nanosystems of informatics, stimulates the development of technical systems of informatics. Until now, they have been used mainly for computational tasks when, similarly to biological organisms, they allowed the development of self-replicating products and complete objects. One can focus here on the model of a circulation of materials, information and energy in a biological cell, and a model of the self-replication phenomenon. In the model of materials, information and energy circulation, we can distinguish a multi-phase process of creating products which are later used for object construction. The first phase is a translation process based on information from mRNA, while the next one consists of post-translational modifications based on environmental interactions. The self-replication model presented in this paper refers to a self-replication of a material object together with its internal software, which had determined the object creation. The presented models of materials, information and energy circulation in a biological cell together with models of the self-replication phenomenon can be a basis for the design and development of technical systems of informatics capable of creating self-replicating products and objects.},
author = {Węgrzyn, Stefan, Winiarczyk, Ryszard, Znamirowski, Lech},
journal = {International Journal of Applied Mathematics and Computer Science},
keywords = {technical nanosystem of informatics; self-replication; biological nanosystem of informatics; nanosystem of informatics; geometric configuration of polypeptide; environment; nanotechnologies},
language = {eng},
number = {4},
pages = {585-591},
title = {Self-replication processes in nanosystems of informatics},
url = {http://eudml.org/doc/207670},
volume = {13},
year = {2003},
}
TY - JOUR
AU - Węgrzyn, Stefan
AU - Winiarczyk, Ryszard
AU - Znamirowski, Lech
TI - Self-replication processes in nanosystems of informatics
JO - International Journal of Applied Mathematics and Computer Science
PY - 2003
VL - 13
IS - 4
SP - 585
EP - 591
AB - Recent research on the nanotechnological processes of molecular products and object synthesis as well as research on the nanosystems of informatics, stimulates the development of technical systems of informatics. Until now, they have been used mainly for computational tasks when, similarly to biological organisms, they allowed the development of self-replicating products and complete objects. One can focus here on the model of a circulation of materials, information and energy in a biological cell, and a model of the self-replication phenomenon. In the model of materials, information and energy circulation, we can distinguish a multi-phase process of creating products which are later used for object construction. The first phase is a translation process based on information from mRNA, while the next one consists of post-translational modifications based on environmental interactions. The self-replication model presented in this paper refers to a self-replication of a material object together with its internal software, which had determined the object creation. The presented models of materials, information and energy circulation in a biological cell together with models of the self-replication phenomenon can be a basis for the design and development of technical systems of informatics capable of creating self-replicating products and objects.
LA - eng
KW - technical nanosystem of informatics; self-replication; biological nanosystem of informatics; nanosystem of informatics; geometric configuration of polypeptide; environment; nanotechnologies
UR - http://eudml.org/doc/207670
ER -
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