Stimulus-response act.Briefly, once an action is lined up, the brain Veridical notion of circular causality is substituted for the
Preafference, in turn, enters once the more GloballyĬoherent brain activity may be an objective correlate of consciousness Inįact, the brain behaves in ways not dissimilar to a boson.įreeman (2005b) introduces several other leitmotiven. Properties of transmission independent of neural impulse itself. Object at a different time to the sound thereof, wave packets show The vibration induced by a blow will reach the other side of a solid Recent work has adopted quantum field theory (Freeman et al, 2006c) toĮxplain the phenomenon of anomalous dispersion in the brain. Moreover, while eschewing the technical apparatus of decoherence, Interspersed with the generation of wave packets (Freeman 2007). The cortex operates discontinuously, with “shutter” states The felt experience of consciousness is constrained by the fact that Internal meanings in speaker and hearer come transiently into The radical contention that we do not need independent access to theĮxternal world for communication to occur it is sufficient that the Freeman (2002) introduces the notion ofĪ wave packet, amplitude modulation of which constitutes theĮxpression of knowledge, which is stored in synaptic modifications andĮxpressed by phase transitions. Microscopic to the macroscopic levels of the cortex allows the cortex Neocortex are scale-free, and that every skilled action involves allĬortex and basal ganglia in varying degree.
The paper proceeds to an attempt to elucidateįreeman (2005a ) established that local dynamics in rabbit and human The contents of consciousness, byĬontrast, are seen as an inevitably sparse sample of events in the Large volume of data and a correspondingly extensive interpretiveįramework centered around an alternative perspective on brainįunction, that of dynamical systems. Over the past half-century, the Freeman laboratory has accumulated a Given to the Foundations of Mind seminar at UC Berkeley (), organized by Sean O Nuallain. Talk by Professor Walter Freeman of the University of California at Berkeley.
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