happy sailing
squiggle
Jul
10th
Fri
2009
permalink
e. coli can learn!
We show that silico biochemical networks, evolving randomly under precisely defined complex habitats, capture the dynamical, multidimensional structure of diverse environments by forming internal representations that allow prediction of environmental change.
This is the first (to my knowledge) description of genetic learning. Where ‘learning’ isn’t generalized to include evolution, but closer to what we mean by human ‘learning’. From Science.

e. coli can learn!

We show that silico biochemical networks, evolving randomly under precisely defined complex habitats, capture the dynamical, multidimensional structure of diverse environments by forming internal representations that allow prediction of environmental change.

This is the first (to my knowledge) description of genetic learning. Where ‘learning’ isn’t generalized to include evolution, but closer to what we mean by human ‘learning’. From Science.