Interactional View Theory by Paul Waltzawick

The interactive view is based on system theory, developed by Paul Waltzawick. Waltzawick is a member of the Palo Alto Group as it is one of 20 scholars and therapists cooperated inspired by anthropologist Gregory Bateson. The Palo Alto team did not pay attention to why actions would affect everyone in the group, not paying attention to why people act in some way (Griffin, 2012, p.182 ). "The home system is an autonomous and interdependent network of feedback loops guided by member regulations, each person's behavior affecting others' behavior and being affected" (Griffin, 2012, p.182).

Relationship model of traditional theory of cybernetics interaction. We are studying how people interact in the process of communication to define relationships. Gregory Bateson, Paul Watzlawick, etc. It builds the foundation of this theory and continues to be called the Palo Alto group. Their theory is the foundation of closely related studies of scholars in the field of communication. The Palo Alto group insists that only the existence of one can express intentionally or unintentionally the relationship (ie communication) with himself and others. Interaction can not be avoided, and even if you do so, that avoidance may be read by others. This ubiquitous interaction leads to the establishment of "expectations" and "patterns" to determine and interpret the type of relationship

Newton's particle theory is the details of his view of reality as an important point by force interaction. For over 100 years, this theory has remained from a recognized scientific point of view and its principle was explained in the 1704 paper "Opticks, or reflection, refraction, distortion, and color of light". According to Newton, the principle of light can be summarized as follows. This represents the challenge of 'wave theory' advocated by Dutch astronomer Christian Huygens of the 17th century. . These theories first spread to the Paris Academy of Sciences in 1678 and was published in his "Traitédelalumière" ("Light Theory") in 1690. Among them, he discusses a revised version of Cartesian view that propagates through a spherical wave that is infinite in speed and radiated along the wavefront.

Optics is incompatible with the idea of ​​physics in the 19th century. ... the details of "wrong" (ie particle) light theory, even though many of the basic principles of "correct" (ie volatility) theory are included. Newton not only made a mistake in his choice ... and he obviously did not find an unworthy difficulty in accepting both opposing theoretical features. At the same time, by adopting a combination of these two theories, he violated the main norms of physics of the 19th century ... Our view of today is influenced by the theory of photons and matter waves, Or ... ... complementarity of Niespol; Newton's idea about light-matter interaction can be read with his new interest or his interpretation of particle and light fluctuations.