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Thermodynamic Implications of the Fermionic Mind Hypothesis

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Activitas Nervosa Superior

Abstract

Scientific investigations in the past decades have revealed that the brain’s electric activities correlate with the phenomenology of consciousness. Thus, cognitive science increasingly utilizes physical principles for its analyses. Recently, the Fermionic Mind Hypothesis (FMH) was suggested to explain the hard problem of consciousness. Quantum cognition has considered quantum theory for modeling cognitive phenomena such as memory, language, decision-making, and social interaction for decades. String theory can explain social comparisons and the aptitude for proportionality. The evoked cycle represents an energy-information cycle between the cortex and the limbic brain that is built on the brain’s resting state. Because gravity operates via pressure, time perception informs motivation via emotions. Sensory information, which reflects spatial relationships, is transformed into temporal relationships of memories and decisions. Positive emotions represent an endothermic cycle, which orients toward the future. Negative emotions correspond to information overload; the exothermic process imposes a high energy need on the brain. The energetic consequences of emotions might explain the evolution of intellect as well as mental disease.

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  1. Tetrad Institute, Phoenix, AZ, USA

    Eva Deli

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Deli, E. Thermodynamic Implications of the Fermionic Mind Hypothesis. Act Nerv Super 62, 96–103 (2020). https://doi.org/10.1007/s41470-020-00074-0

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