Now I know how Umami (p.87) an "example food magazine website to demonstrate some of the features of Drupal core" - got its name. I'm sure this was explained at a Drupal Meetup. Savoury indeed!
There had to be two! The brain has two strategies: brain maps and distributed codes.
"Representing information with a distributed code is entirely different from representing it with brain maps. In a brain map, neighboring neurons represent neighboring regions in space, frequency, time, and so forth. And brain maps essentially represent information using location, or where in the brain area the neurons are most active. In contrast, there is no consistent relationship between neighboring neurons in brain areas that use distributed codes. These areas represent information through the distributed pattern of activity across that entire region of the brain, rather than through the location of activity within it. This pattern of activity is a kind of code." pp.93-94.
This distinction is significant for Hodges' model, as the distributed codes act to deal with novelty, what is new - ongoing (lifelong) learning (p.95). Hodges' model can help distinguish between subjective and objective concerns. Schwarzlose unifies the two - via a catfish (also a goal here - but not necessarily with such an assistant).
"The map in the olfactory bulb is organised into odor zones based on molecular structure, an objective property of these compounds in the physical world. But the second map is organized into zones based on the significance of the odors to the animal." p.100.
Chapter 6 'On the Move: Brain Maps for Action' would have been useful as a student nurse at Winwick Hospital, the history in the book brings back many reminders - late 1970s. Epilepsy, then was less well understood, and managed. In describing the M1 brain map and movement I wondered about consent, but can see that is a distraction. Chapters -
6. On the Move: Brain Maps for Action | 107
7. Maps in the Making: How Brain Maps Develop and Adapt | 131
8. Knowing Again: Brain Maps for Recognition | 151
- offer much to relate to clinical encounters: movement, reaching, infant versus the brain in adults, the senses and catastrophic events such as cerebrovascular accident - stroke. Morphologically there is much still to learn (brain maps are 'primed' before birth), which perhaps is why we recognise the remarkable nature of gestation and birth. '
Maps in the Making' provides wondrous insights, including the need in hospitals to rethink the sensory environment and experience for premature infants.
While reading - I was struck at the experience of the newborn and mothers in Ukraine. The 'health career' model concerns life chances - from birth to later life...
As a community mental health nurse I have found subtle and less-subtle impacts on a person affected by semantic dementia (p.204) and their family. Given the ongoing invasion and war, I also thought about people living with dementia and having to flee their homes. The multiple contexts that pertain in such a crisis situation when considering 'maps' and sense-making. Especially, when the need for action is preemptive - preventive and so must be explained and justified, not once but perhaps repeatedly?
We are all innate mathematicians even if we feel we have no ability.
https://www.google.com/search?client=firefox-b-d&q=mathematics+in+catching+a+ball
I take some succor in this (p.127).
There's a hodgepodge in here too (p.161 hb). The myriad of objects we encounter and their recognition calls for the combination of brain maps and distributed codes. Chapter 8 is more psychological, touching :-) how we categorise objects, dimensions and scales, size and animacy. Galton's contribution is discussed, his ideas on eugenics also acknowledged. Visual perception, mental imagery and visual learning style remain subjects of note for researchers. I'm not sure why figure 32 stood out ( :-) - please pardon the quality of the photo. Paul Kim's illustrations are an excellent support for the prose.):
 |
FIGURE 32 A comparison of visual perception and mental imagery in
the V1 visual map. Paul Kim
|
Somewhere I've saved an article on mental imagery from New Scientist I think, about this ability - the mind's eye and how it is missing for some 'brilliant' people (p.182) and posted previously:
In my mind's eye I can picture care: Frame by Frame
I might read Chapter 9 again, attention, action and perception in combination.
Chapter 10 had me thinking again about 'Conceptual Spaces' (quality dimensions) and threshold concepts (not in the book - but this is a positive!):
"Many of the concepts that rule our financial, social, and emotional well-being have no shape, no color, no odor or weight. How do we grasp these intangible concepts? As it turns out, we often do so by aligning abstract concepts with physical dimensions and then putting our brain maps to work." p.191.
There is a 'mental number line', vertical too, and culture is a factor in how we learn and the brain associates space and quantities, in which L-R, low-high are also brought into play. The question remains here: Is Hodges' model culturally neutral?
Still with h2cm - mind reading, writing and 'drawing' perhaps? p.236. In "Fortune-Telling with the Brain" we read about how fMRI is allowing us to learn how the brain maps employ teamwork. There is an architecture whose stability can inform predictions of future abilities - reading is described. Reading this you see ethical implications (as Schwarzlose warns p.238), but it may help to target personalised learning, as an adjunct to personalised medicine? I double checked (index) and the connectome is not mentioned, but the benefits of this research is still to be realised. In 'prison health' here in the UK (and globally?) it is long overdue but it is encouraging to hear about the focus on investigation for previous brain injury within the prison population. Remember - lead in fuel and the socio-economic impacts of pollution (ongoing - air and plastic pollution)?
Corporations have literally only 'scratched the surface' of the future potential to 'read' us individually. Through Hodges' model I can qualify and justify the model's increasing relevance. Technology and science not only call for SOCIO-technical approaches. The brain-computer interface and AI (p.239) demands we also consider the several forms of literacy and informatics that are needed in the 21st century: bio-informatics, bio-political, psycho-political and more.
This is very informative and timely read - the diagrams too. This is a book for all. For student nurses specifically, it will enable them to maximize learning in their practical placements and throughout their course of study.
Writing this review I can also see the important messages in chapter 12 - recognition of infancy and the opportunities this affords.
Many thanks to Rebecca Schwarzlose and Profile Books for my review copy.
Schwarzlose, R. (2021) Brainscapes: The Warped, Wondrous Maps Written in Your Brain―And How They Guide You". London: Profile Books.
orcid.org/0000-0002-0192-8965
