Problems of interpretations and their connection with ontology of quantum mechanics
An adequate physical theory requires something more than just mathematical equations and rules. It needs a philosophical conceptual framework as well. Something special that allows theoretical statements to be connected with human experiences. In classical mechanics the interpretive framework that ties the mathematics to experience does not affect our ontological notion. The basic idea of the classically conceived connection between the physically and psychologically describes aspects of nature is carry-over from the planetary dynamics that was the origin of classical mechanics: the locations of objects are regarded as being directly knowable, without any effects on those objects. In quantum mechanics the process of acquiring information, or knowledge pertaining to the location of that object affects the state that is being probed. This fact changes a status of observer. Now observer is an active part of the acquiring information scheme. New idea of observer requires new model. Observer consists of several parts: object+ apparatus+ environment+ consciousness of researcher. One of the most important function of consciousness is selection of conceptual interpretive framework for mathematical structure that ties theory and experiment. The results of experiments make sense only in appointed interpretative paradigm.