A quantum state model of consciousness

Abstract
We introduce a quantum state representation of the information being processed in neuronal structures. The movement of information from one such structure to a second is characterized as a measurement of the first structure by the second. The value of such a measurement is an observable property of matter. The associated collapsed quantum state, a dual encoding of that measurement, is a non-observable property of matter. The quantum measurement collapse process itself is shown to be a form of experience of the measurement process in terms of which a model and explanation of consciousness is formulated. Using model neurons we show how neuronal information processing effects may be given a quantum characterization. The techniques developed are employed to frame a model of qualia
Keywords *Consciousness States  *Physics  Information  Measurement  Neurons
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Stuart R. Hameroff (2001). Consciousness, the Brain, and Space-Time Geometry. Annals of the New York Academy of Sciences 929:74-104.
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