psyreporter wrote: ↑January 2nd, 2022, 6:25 amThe article merely makes an 'attempt' to explain away the cases and does so by reducing 'the brain' with a simplistic reduction to 1) grey matter and 2) white matter of which is then argued that white matter may not be required (because it is evidently missing) and that the brain can be compressed, of which is then said that it is merely a suggestion that until now was never proven to be possible.
Yes but it beats the attempt of ignoring the issue that billions of people do seem to need brains, while no functioning human with no brain tissue has ever been seen.
What is named 'white matter' that is missing is in reality many named parts such as "cerebellum, frontal lobe, temperal lobe, pons, medulla, latteral ventricles, hypothalamus, corpus callosum, central sulcus, prietal lobe, thalamus, occipital lobe, cerebellar cortex, etc."
White matter is more like the wiring inside and between these parts. It can be seen in the article that of course there is also white matter left, which also seems to be in a compressed state, but the white matter in the middle of the head seems to be missing. So looks like not only are the brain regions compressed (and maybe parts of them are missing) and pushed towards the skull, but also maybe only adjacent brain regions are more connected through white matter. Brain regions farther away from each other are either unconnected, or badly connected the signals have to travel all around the fluid.
Further, professor John Lorber was specifically mentioning the amount of brain tissue in weight. Why would he do so? Would it be a natural choice to use brain tissue weight in public communication? Wouldn't it be easier to use a percentage?
Perhaps it could indicate that scrutiny of his work has caused him to divert from the logical '5% there' statement to communicate '50 grams instead of 1.5 kilo' so that it is not possible to argue that the brain is merely compressed.
That was his estimate, it could be wrong and to my knowledge these scans weren't published either.
science's traditional view of brain function is that it is organized in separate and highly specialized systems
I agree (and also know from how my own mind seems to work) that this view is indeed wrong. Brain regions more or less have default roles where they perform default functions, but all that can be rewired. However, when other brain regions take over functions, they are not as good at performing them as the default region. Also, even default functions may be performed at multiple places at once, information is stored at multiple places at once etc.