I'm not so sure about that. Certain species pf crows and parrots have long been understood (even by non-scientists) to have general/abstract reasoning abilities. And people who actually study them seem to think that we often underestimate them [0] - probably because of widely held myths like the 5 second memory one.
I haven't read Hawkins' book yet, but he and the vicarious crew tend to conflate "neocortex" with "general intelligence" in their public talks. Birds and, it seems, the vast majority of animal species rely on predictive models of the world to navigate it - even if their "model-builder" doesn't look exactly like the mammalian one.[1] It makes complete sense to me - if a lizard loses a leg, it quickly learns how to walk with just 3 legs. If a finch is born with slightly larger wings than normal, and it also loses some of its tail feathers at some point, it quickly learns to adjust its motor patterns to suit the new conditions. You solve problems like these with sensory-motor models, not with hard-coded algorithms.
I haven't read Hawkins' book yet, but he and the vicarious crew tend to conflate "neocortex" with "general intelligence" in their public talks. Birds and, it seems, the vast majority of animal species rely on predictive models of the world to navigate it - even if their "model-builder" doesn't look exactly like the mammalian one.[1] It makes complete sense to me - if a lizard loses a leg, it quickly learns how to walk with just 3 legs. If a finch is born with slightly larger wings than normal, and it also loses some of its tail feathers at some point, it quickly learns to adjust its motor patterns to suit the new conditions. You solve problems like these with sensory-motor models, not with hard-coded algorithms.
[0] https://www.newscientist.com/article/mg21528836-200-animals-...
[1] https://www.sciencedaily.com/releases/2012/10/121001151953.h...