Carr raises the point that unlike speech, which is an innate ability hardwired into the human brain, the ability to read has to be taught in order for the brain to rearrange its original parts for the task of interpreting symbols into words.
By all means, processing speed, short-term memory, and long-term storage/retrieval are necessary in order for the brain to effectively "reasoning fluidly". However, it is erroneous to describe fluid reasoning as consisting of these abilities alone.
In order for the brain to be a "semantic" engine rather than merely a "syntactic" one, therefore, there must be a link between the symbols it manipulates and the outside world.
AB: In order for your brain to learn, it needed to turn the raw stimulation into information that it could use.
In order for your brain to develop a long term memory of something or a long enough memory, you need to constantly review it.
Our brains were shaped and sharpened by movement, the idea goes, and we continue to require regular physical activity in order for our brains to function optimally.
We wouldn't stand for it because parents and teachers in a school context are more aware that children need access to a very wide range of experiences in order for their brains, and singular personalities to grow.
There are some people whose high-intensity temperaments permit them to just blog from morning to night, but most people need a more human pace to their lives in order for their brains to come up with something that is actually worth reading".
Finally, we combined the above two analyses in order to search for brain regions which showed both a main effect of visual stimulus position within-participants, and a significant covariation between BOLD and our behavioural measures of multisensory integration between-participants.
While the great laminar regularity of inter-areal projection patterns is certainly intriguing, it remains open for discussion whether elaborate schemes for ordering brain areas hierarchically are fundamentally helpful for understanding cortical organization (Hegdé and Felleman 2007; Markov et al. 2013).
