This article explores the concept of intelligence as the ability to engage with and adapt to an environment. A pivotal idea is the 'internal model', which translates external observations into a structured representation, fostering adaptive behaviors. A key example is the 'cognitive map', a neural construct enabling animals to navigate their surroundings. The evolution of cognitive map understanding involved discoveries of 'place cells' in the hippocampus, which capture not only spatial features but also relationship dynamics and abstract representations within the environment, revealing complexities in how creatures understand their world and interactions.
Intelligence fundamentally involves an organism's dynamic interaction with its environment, utilizing internal models to navigate, adapt, and perform complex tasks effectively.
Cognitive maps, recognized as neural constructs, empower animals to comprehend and navigate their environments through the interplay of external observations and internal representations.
Collection
[
|
...
]