Brain complexity: learning new tasks (Introduction)
DAVID: I maintain that only a larger more complex brain (pre-frontal cortex) can conceive of more complex concepts.
dhw: So you maintain that only the “soul” can conceive concepts, but only the brain can conceive more complex concepts. (On the subject of the 290,000 year "gap", see summary below.)
The soul conceives new concepts by using a more complex brain cortex. For example, in teenagers they cannot fully evaluate dangerous situations and other considerations until the prefrontal areas are fully developed at age 26+/-.
DAVID: I've never left out the idea that pre-sapiens brains had the same plexification/contraction ability we see now.dhw: There are two forms of contraction: one is the minor expansion/contraction (back to normal size) reported to take place in modern brains with each new implementation. This may also have taken place in pre-sapiens brains. The other is the modern brain’s major shrinkage by approx. 150 cc. - I suggest as a result of increasingly efficient complexification, which I would have thought highly unlikely in pre-sapiens, since the brain kept having to expand.
I can accept this much of your theory. But our highly complex brain is not a pre-sapiens brain and with its high complexity may well have developed a method of much enhanced complexity to allow the shrinkage. Pre-sapiens present a different issue, lack of enhanced complexity, and therefore a different requirement for enlargement.
dhw: In the light of all this, I will try to summarize your argument, and you can correct me if I’m wrong. The “soul” and not the brain produces concepts, but only a larger brain can produce more complex concepts. Implementation of the spear concept caused the brain to expand and then return to the same size as before. (Maybe even to shrink?) Then your God came along and expanded the brain and skull permanently. Only then could the brain think of more complex concepts, although it doesn’t think of concepts, and then once again it implemented them by minor expansions/contractions until God came along again and repeated the process. He finished expanding the brain approx. 300,000 years ago and left it to complexify (while momentarily expanding and contracting) but for some reason – not offered by you – it didn’t do very much for 290,000 years.
You summary is close enough not to comment. The 290,000 years I have explained. Until 10,000 years ago humans and pre-humans lived in what I name as survival mode. If you have ever camped out you will understand. One needs clothing, shelter, a food source, and a small group of folks to live with resulting in some simple but necessary societal rules. With agriculture developing, we really began to civilized and use our brain much more fully. Why was it so big 300,000 years ago if we hardly had a need for it? Where were the driving concepts you propose? Here is where the teenager comment returns: it was available to be learned to be used.
dhw: My argument: regardless of whether the brain is or is not the source of thought (which includes conceptualization), it has been proven that implementation of concepts requires changes to the brain. In pre-sapiens, although complexification may have coped with minor advances, major implementations would have required permanent expansion. This process of new concepts (or further development of existing concepts) being followed by implementation and consequent permanent expansion continued until the brain reached its optimum size (with sapiens), whereupon complexification took over from expansion and was so efficient that the brain shrank. Acceleration after comparatively slow progress for 290,000 years is explained through individual discoveries and innovations capable of rapid development by succeeding generations. Even if you disagree with this hypothesis, can you find fault with its reasoning, bearing in mind that it does not in any way preclude the existence of a God?
Of course I disagree. Note my preceding comments on use and size.
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David Turell,
2016-02-04, 20:18
- Brain complexity: six new cell types found -
David Turell,
2015-12-04, 20:46
- Brain complexity: motion and vision -
David Turell,
2015-11-19, 16:06
- Brain complexity: whole brain vision mechanisms -
BBella,
2015-11-11, 07:42
- Brain complexity: whole brain vision mechanisms -
David Turell,
2015-11-11, 01:01
- Brain complexity: whole brain vision mechanisms -
dhw,
2015-11-10, 18:39
- Brain complexity: whole brain vision mechanisms -
David Turell,
2015-11-09, 15:40
- Brain complexity: whole brain vision mechanisms -
dhw,
2015-11-09, 12:54
- Brain complexity: whole brain vision mechanisms -
David Turell,
2015-11-08, 16:29
- Brain complexity: whole brain vision mechanisms -
dhw,
2015-11-08, 13:41
- Brain complexity: whole brain vision mechanisms -
David Turell,
2015-11-07, 15:26
- Brain complexity: seratonuin producing neurons -
David Turell,
2015-11-06, 23:02
- Brain complexity: whole brain vision mechanisms -
David Turell,
2015-11-06, 15:52
- Brain complexity: study difficulties -
David Turell,
2015-11-04, 21:52
- Brain complexity: microglia prune synapses -
David Turell,
2015-10-28, 23:30
- Brain complexity: synapse controls -
David Turell,
2015-10-26, 13:03
- Brain complexity: what it gives us -
dhw,
2015-10-19, 11:26
- Brain complexity: what it gives us -
David Turell,
2015-10-18, 14:08
- Brain complexity: gene changes add to complexity -
David Turell,
2015-10-14, 20:57
- Brain complexity: circadian controls -
David Turell,
2015-10-10, 14:43
- Brain complexity: circadian controls -
dhw,
2015-10-10, 11:45
- Brain complexity: circadian controls -
David Turell,
2015-10-09, 21:59
- Brain complexity: circadian controls -
dhw,
2015-10-08, 12:37
- Brain complexity: circadian controls -
David Turell,
2015-10-07, 20:38
- Brain complexity: circadian controls -
David Turell,
2015-10-06, 20:10
- Brain complexity: circadian controls -
dhw,
2015-10-06, 14:52
- Brain complexity: circadian controls -
David Turell,
2015-10-05, 14:11
- Brain complexity: circadian controls -
dhw,
2015-10-05, 12:48
- Brain complexity: circadian controls -
David Turell,
2015-10-05, 00:04
- Brain complexity: circadian controls -
dhw,
2015-10-04, 12:46
- Brain complexity: circadian controls -
David Turell,
2015-10-03, 15:22
- Brain complexity: circadian controls -
dhw,
2015-10-03, 12:16
- Brain complexity: circadian controls -
David Turell,
2015-10-02, 14:27
- Brain complexity: circadian controls -
dhw,
2015-10-02, 12:28
- Brain complexity: circadian controls -
David Turell,
2015-10-01, 18:01
- Brain complexity: where is 'stop' action? -
David Turell,
2015-09-18, 14:22
- Brain complexity: surprise: males and females differ -
David Turell,
2015-09-04, 01:40
- Brain complexity: finding the genetic cause -
David Turell,
2015-08-29, 14:45
- Brain complexity: how the brain screens to help us -
David Turell,
2015-08-03, 17:26
- Brain complexity: we 'R not chimps -
David Turell,
2015-07-24, 19:17
- Brain complexity: two eyes, single vision -
David Turell,
2015-07-24, 15:50
- Brain complexity: review article -
David Turell,
2015-07-21, 11:49
- Brain complexity: using information -
Balance_Maintained,
2015-07-18, 00:58
- Brain complexity: using information -
David Turell,
2015-07-17, 16:10
- Brain complexity: parts connectivity -
David Turell,
2015-07-07, 19:25
- Brain complexity: directional hearing -
David Turell,
2015-05-12, 19:15
- Brain complexity: different cell types -
David Turell,
2015-02-20, 01:07
- Brain complexity: finding how we balance -
David Turell,
2015-01-30, 19:01
- Brain complexity: virus help -
David Turell,
2015-01-22, 14:56
- New brain complexity: Mouse brain maps -
David Turell,
2014-12-12, 18:03
- New brain complexity: relational thinking -
David Turell,
2014-12-09, 00:32
- New brain complexity: vibrations -
David Turell,
2014-11-18, 15:34
- New brain complexity: mapping -
David Turell,
2014-11-17, 15:11
- Brain complexity: interpreting speech -
David Turell,
2014-01-31, 00:48