Theoretical modeling of silicon crystals processing using laser radiation as a form of integration of differentiated scientific knowledge results

The paper explores theoretical modeling of physical processes, the objective reasons of integration of the differentiated scientific knowledge and change of a paradigm of development of science in modern conditions. The most important and interesting discoveries for the last decades are made at the intersection of sciences, considering integrity and unity of the phenomena in the nature and society. Therefore scientific researches have to have a complex character, the integrating results of separate scientific knowledge, and it, in turn, assumes updating of the content of education with engagement of broad intersubjective links. Within more than three centuries people investigating the uniform indivisible nature created highly specialised system of science and education which does not fully meet the requirements of further development of productive forces. There was an objective need for the change of paradigm of science from separate disciplines to create a uniform image of the indivisible nature that actually means transition of production of goods to new technological way, turning science into direct productive force, creating the knowledge- intensive competitive production. The special attention is paid by the author to the analysis of research of changes of crystal silicon structure through laser radiation, showing that only an integrated approach, using methods of research of such sciences as physics, mathematics, chemistry, etc., engaging interdisciplinary links, positive results could be reached. Theoretical modeling of the studied process by means of neural networks allowed to receive electronic model (software product), the most adequately expressing real processing of silicon after laser influence, as well as to receive the materials with the given physical properties of great practical importance.