Neuropshysiological and Evolutionary Theories

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Neurophysiological and Evolutionary Theories Daryl K. Bonelli PSY/390 October 27, 2013 Dr. Elizabeth Schnobrich Neurophysiological and Evolutionary Theories The process of higher thinking is one way to explain neurophysiological theory. By studying structure, and the functions of the brain, it can access, understand, and treat behaviors that are directly related to the brain, and its functions. The theory of evolution was first proposed by Jean Baptiste de Lamarck (1744-1829) in 1801, which stated that organisms go through changes in adapting themselves to the environment for survival, and this is passed on to the next generation. The goal of this paper is to discuss neuropsysiological and evolutionary theories, this must include the theories from Hebb and Robert C. Bolles made to learning and cognition. Starting with Hebb, his work in the field has given valuable access to the human mind and how it assembles information for later use as the life span continues. By creating the cognitive development stage Hebb, built on the research that learning is a series of interaction, and experience his study of neural structures became the focus of research. Hebb, believed in reinforcement, and the brain where learning is achieved by cell assemblies. Also Hebb, researched the connection with the left brain, and the right brain, he further researched parts of the lower cortex, hippocampus, amygada, septum, parts of thalamus, and hypothalamus. Hebb, was criticized for his theories that closely related to Pavlov theory of learning using the smaller number of neurons to research Hebb, often maintaining Pavlov general ideas (Olson & Hegenhahn, 2013, p. 375) Another theorist who is valued is Bolles, his studies of expectancies with this is action, such as a clap followed by the sound. Bolles, understanding of innate behavior

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