My understanding was like... you know those spring diagrams, where edges of a graph are all attached by a spring, and physics sorta causes nodes to cluster naturally? I think this is saying, "I wish all the space around me could order itself into a more natural and pleasing shape."
> Same here
Dyads are like... imagine you had two vectors, represented by lego bricks. After attaching them, rather than having a red brick and a blue brick, you have a particular Red-Blue brick. So, one can imagine these unique shapes move and vibrate in ways that are unique to that pair.
The author is saying, I think, "Individual preferences aren't composed of atomic units, but rather subtle adjustments in all the combinations of those individual pieces. Evolution probably looks for places where those combinations line up nicely (and avoids places they don't line up nicely), and tunes the organism to seek those combinations."
My understanding was like... you know those spring diagrams, where edges of a graph are all attached by a spring, and physics sorta causes nodes to cluster naturally? I think this is saying, "I wish all the space around me could order itself into a more natural and pleasing shape."
> Same here
Dyads are like... imagine you had two vectors, represented by lego bricks. After attaching them, rather than having a red brick and a blue brick, you have a particular Red-Blue brick. So, one can imagine these unique shapes move and vibrate in ways that are unique to that pair.
The author is saying, I think, "Individual preferences aren't composed of atomic units, but rather subtle adjustments in all the combinations of those individual pieces. Evolution probably looks for places where those combinations line up nicely (and avoids places they don't line up nicely), and tunes the organism to seek those combinations."