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Marc Whittmann Protagonist1 #115282

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The Arrow of Time »The Arrow of Time The Arrow of Time ☜A map exploring some issues concerning the nature of time that lie at the boundary of physics and philosophy. The map follows up a talk to the Blackheath Philosophy Forum on 2 April 2011 by Huw Price, Professor of Philosophy and director of the Center for Time at Sydney University.☜F1CEB7

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Protagonists »ProtagonistsProtagonists☜A number of philosophers and scientists are cited in this map, and separate nodes for each are appended. When you click on one of these nodes cross-links are displayed connecting to other nodes anywhere in the map where the person is cited. Follow the links to explore further.☜D3B8AB

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Information and brain scientists »Information and brain scientistsInformation and brain scientists☜☜D3B8AB

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Marc WhittmannMarc Whittmann☜☜D3B8AB

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Brain doesn't work with instants »Brain doesn't work with instantsBrain doesn't work with instants☜Neurological studies show that the brain does not work with instants. It works with an extended present (aka specious present) generally thought to be 2 to 3 seconds duration. Given this, it is feasible for the brains working memory to apprehend memory accretion. See also Julian Barbour citation.☜FFFACD

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Psychologically, we inhabit a 'specious present' »Psychologically, we inhabit a 'specious present'Psychologically, we inhabit a 'specious present'☜Psychological and neurological studies suggest that we do not perceive events moment-by-moment but rather integrate them into perceptual units of approximately 2 to 3 seconds duration. This results in successive events forming a perceptual unity that can be apprehended without recourse to memory.☜FFFACD

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Some weak evidence for entropy clocks »Some weak evidence for entropy clocksSome weak evidence for entropy clocks☜Since Eddingtons time extensive neurological and psychological studies have sought to identify time-keeping mechanisms in the brain. Some hypothesized mechanisms are based on the rate of decay of memories, which would be aligned with the direction of increasing entropy (see citation).☜FFFACD

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Multiple neural clocks »Multiple neural clocksMultiple neural clocks☜Modern neurology has failed to identify any single neural clock in the human brain. Current evidence suggests the brain has multiple time-keeping mechanisms, specialized to different durations. One proposed mechanism based on the rate of decay of memories may have some relation to entropy.☜FFFACD

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Eingabe von: Peter Baldwin
NodeID: #115282
Node type: Protagonist
Eingabedatum (GMT): 8/12/2011 6:44:00 AM
Zuletzt geändert am (GMT): 8/12/2011 7:30:00 AM
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