engleski

The Quantum Mind Theory

Background and purpose: This work develops the quantum mind theory, explaining: the communication using the quantum brain windows ; the quantum mind dynamic space ; quantal components in memory chunking and in associations. Material and methods: The sixth generation computing has been used for the analysis of large amount of experimental data, and for developing the models. The data come from communication flashes of the fireflies photuris versicolor ; human taste sensation and memory span measurements ; evoked potentials triggered by verbal stimuli. Results: The quantal process is the common principle controlling the organization of all nervous systems. Simple quantal processes explain a variety of complex behaviour in insects. Model generated data are in excellent agreement with experimental data. In human, quantizing explains the long-term human memory that acquires 10000 associations for clinical diagnoses, with the accuracy better than 95%. Conclusion: The flow of favorable factors through the mind barrier is the generator of mental processes. Groups of neurons or localized agents form the temporary networks to do the task. They use quantal communication, such as the brain windows, to synchronize and co-ordinate individual knowledge/learning activities. This involves the message-language-behaviour union overlapped with the continuous-quantizing-discrete union. There is no preplanning, and the entire system is dynamic, self-organized and self-adapting. The low density is related to consciousness. Applications: Quantal human-computer interaction ; mind-body crossdata banks ; psychosynthesis ; organizational-busines-network collective mind ; multi-agent associative analyzer.

intelligence; knowledge; learning; quantum; quantizing; generalization; classification; quantum transmitter release; brain windows; message quantum; context; evoked potentials; neurodiagnoses; memory chunking; associations; consciousness; dynamic support

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