Posted by jger15 9/4/2025
I think there's a standard and clearer explanation of what the author describes. A rich, satisfying experience comes from a melding of "goal focus" and expanded awareness. IE, Pleasure in some complex process involves reaching for a set "foreground" goal while keeping an awareness of entire "background" situation that prevents from fixating on the immediate goal. You can qualities of rhythm, self-similarity and etc into this "recipe" to describe rich satisfying experiences of multiple sorts (Art, sex, dance, conversation, [insert your favorite thing]).
The book Flow by Mihaly Csikszentmihaly goes into this stuff in long but still fuzzy detail.
Are there electrical cycles in the brain (and thus feedback and probably spiking) or does the charge distribute through the brain in a DAG directed acyclic graph?
Are there stable neural correlates to ear worm or rumination or flow states, for example?
Is sustained charge necessary for data persistence in the brain, as it is for RAM?
The brain is observed to be cyclical with feedback cycles. (Biological neural networks thus cannot be sufficiently modeled with DAGs. RNN Recurrent Neural Networks do model cycles.)
The brain is actually its own generator.
The oscillations of the brain are measurable with e.g. EEG; and are distinct from the heart, which is measurable or imaged with ECG, for example.
Long term memory depends upon synaptic plasticity, which does not require continued electrical charge, though short term memory does depend upon neuronal oscillations which depend upon continued electrical charge.
The DMN Default Mode Network in the brain is observed to be less active in so-called flow states; and more active during daydreaming, ear worm, rumination, and self-reflection. The DMN is probably feed-forward too.
https://www.frontiersin.org/journals/psychology/articles/10....
https://pmc.ncbi.nlm.nih.gov/articles/PMC3279725/
There are others.
I can’t tell if Henrik is okay and just a very vivid writer, or… not.