Studies of human social behavior indicate stronger social affinity in matched-neurotype dyads (e.g., two individuals with autism or two without) compared to mixed-neurotype dyads (e.g., one individual
〈Φ(N)〉x: means 〈Φ(N)〉 from D = 100 mm to D = 1000 mm at fixed VF = x rad, where D is distance parameter and VF is visual field parameter. The p-values for 〈Φ(N)〉1.8π and 〈Φ(N)〉2.0π were computed using
Studies of human social behavior indicate stronger social affinity in matched-neurotype dyads (e.g., two individuals with autism or two without) compared to mixed-neurotype dyads (e.g., one individual
The mechanisms underlying the establishment of asymmetric structures during development remain elusive. The wing of Drosophila is asymmetric along the Anterior-Posterior (AP) axis, but the development