Roberto Toro (🐘 @r3rt0@mstdn.social) Profile picture
Into brains (+open science, procedural art, genomics, music...)
May 14, 2022 β€’ 54 tweets β€’ 10 min read
Chapter 2.
"Biological Emergence and Inter-level Causation"
#BiologicalAutonomyMorenoMossio 1. Does the explanation of biological phenomena require appealing to 𝗲𝗺𝗲𝗿𝗴𝗲𝗻𝗰𝗲?
youtube.com/clip/UgkxjSerf…
May 14, 2022 β€’ 35 tweets β€’ 8 min read
Chapter 1.
"Constraints and organisational closure"
#BiologicalAutonomyMorenoMossio 1. The particular type of causal regime at work in biological organisation is π˜Ύπ™‘π™€π™¨π™ͺπ™§π™š. It combines:
* An open thermodynamic regime, and
* A closed organisation regime of π™˜π™€π™£π™¨π™©π™§π™–π™žπ™£π™©π™¨ Image
May 14, 2022 β€’ 15 tweets β€’ 4 min read
"Life as autonomy" is an introductory section
#BiologicalAutonomyMorenoMossio 1. The main question of the book is how to characterise life?
A fundamental problem is the tension between the principle of continuity from inert to living, and the obvious differences between them.
Mar 20, 2020 β€’ 6 tweets β€’ 4 min read
Brain folds develop together with cytoarchitectonic regions and corticocortical connections. That folding results from a mechanical instability is now relatively well accepted. However, the pattern of these folds is still thought to reflect patterned gene expression #ohbmx 2
Indeed, a genetic program could encode regionalisation, connectivity and folding patterns. But what if folding *patterns* were of mechanical origin too? That would mean that mechanics have a causal role in the development and evolution of brain organisation! #ohbmx