elm (![[info]](http://l-stat.livejournal.com/img/userinfo.gif){kind=small} chi_of_corpse) wrote,@ 2004-09-17 13:23:00 |
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memory and time
Meditating on the nature of memory and time over my vacation was not resolved, but, is so much closer now. Lazed and not remembering much, it was all a transient wondering. Now, instead of having only classes blocked-off on a grid-like and completely incremented schedule, there is not reading along with all the other nuances that go along with the repetition required for mastery learning. It turns out that long-memory is made easier in the presence of serotonin, a happy neurotransmitter. Unlike the learning short-term, covalent, more long-term bonds must be make by a protein kinase (phosphorylating protein)to enable prolonged memory, along with repetition. Crap! There are only 168 hours in the week. This drive and other hormones, such as cortisol and epinephrine (cyclic or stress-produced) also help to enable the long-term. GO GO GO! I have internalized this and must get back on the sched now. Ta my loves.
Meditating on the nature of memory and time over my vacation was not resolved, but, is so much closer now. Lazed and not remembering much, it was all a transient wondering. Now, instead of having only classes blocked-off on a grid-like and completely incremented schedule, there is not reading along with all the other nuances that go along with the repetition required for mastery learning. It turns out that long-memory is made easier in the presence of serotonin, a happy neurotransmitter. Unlike the learning short-term, covalent, more long-term bonds must be make by a protein kinase (phosphorylating protein)to enable prolonged memory, along with repetition. Crap! There are only 168 hours in the week. This drive and other hormones, such as cortisol and epinephrine (cyclic or stress-produced) also help to enable the long-term. GO GO GO! I have internalized this and must get back on the sched now. Ta my loves.
