221380 Figure 1. The mechanisms of “triadic niche construction (TNC)” and its phase transition. Top (phase 1): Brain areas subserving each cognitive domain (in different colors) develop independently. Bottom (phase 2): Once expansions became oversaturated, domains begin to overlap or interco... More about this image found in 221380 The mechanisms of “triadic niche construction (TNC)” and its phase...

221381 Figure B1. Example of stimulus equivalence More about this image found in 221381 Example of stimulus equivalence

221382 Figure 2. Evolutionary/historical paths and the “path integral.” Top: An image of possible multiple paths that develop from one evolutionary stage to another along the human evolutionary process. Bottom: classical mechanics specifies a single path ( left ), whereas the quantum path in... More about this image found in 221382 Evolutionary/historical paths and the “path integral.” Top: An ...

221383 Figure B2. Yin-yang and bagua. More about this image found in 221383 Yin-yang and bagua.

220891 Figure 1a. The feedback between problem-solving and cognition More about this image found in 220891 The feedback between problem-solving and cognition

220892 Figure 1b. The feedback between problem-solving and community size More about this image found in 220892 The feedback between problem-solving and community size

220893 Figure 2. The Roman god Janus combines looking backward and looking forward More about this image found in 220893 The Roman god Janus combines looking backward and looking forward

220894 Figure 3. Categorization occurs in two steps: first stressing similarity between signals to create a referent, and then comparing the referent with further signals to decide which do and which do not fit the referent More about this image found in 220894 Categorization occurs in two steps: first stressing similarity bet...

220895 Figure 4. The interaction between open and closed categories More about this image found in 220895 The interaction between open and closed categories