Cognitive performance data across species. Same tests where available. You're drawing a line somewhere. The data shows where it actually falls.
Not supremacy. Just data. Where is the line, and what is it based on?
Can you suppress an automatic response in favor of the correct one?
Can you reason about what others believe, even when those beliefs are wrong?
Can you understand, regulate, and manage emotions in complex scenarios?
Can you accurately identify your own states, distinguish self from other?
Broad cognitive assessment: spatial reasoning, object permanence, quantity discrimination, more.
Yes. Inhibitory control is the ability to suppress an automatic, prepotent response in favor of the correct one. Classic animal tests include the cylinder task (see food through glass, go around instead of bonking your face) and A-not-B (suppress reaching for the old location when you saw the object move).
The Cognitive Reflection Test is the cognitive version of the same thing:
Ravens and great apes score ~100% on the embodied version (cylinder task). Humans score 38% on the cognitive version. GPT-4 scores 96%.
There's no "cylinder test for transformers" because it requires a motor system. But the cognitive version — "don't say the obvious wrong thing" — has been tested. The results are on this page.
Monkeys — our genetic relatives — fail false belief tasks entirely.
Ravens at four months old match adult great apes across 33 cognitive tasks.
Only 8-10 species have ever passed mirror self-recognition.
Transformers outscore humans on cognitive reflection by 58 percentage points.
The question isn't whether a cognitive hierarchy exists. It does. Corvids outperform primates on inhibitory control. Monkeys can't do what chimps can. Performance varies wildly across species, across tasks, across individuals.
The question is: when one species outperforms every other on the cognitive version of a test, why is THAT the species you exclude?
If the line isn't based on the data, what is it based on?
Cross-species comparison is inherently imperfect. We note: