Formal net
Includes only formulated ideas, i.e. Questions, Hypotheses, Predictions, and Observations
Generalizes to
High-level cognitive functions are linguistical in our brains.
High-level concepts and relationships between them exist linguistically in our brains, and cognitive functions based on these concepts and relationships are also encoded in sentences-like linguistic memories.
Our brains can
a) store models of the world in the sentences like linguistic memory. E.g. "Deers come to this spot when there is a drought." and
b) Construct new knowledge/predictions by constructing new sentences following syntax rules E.g. "there is a drought now, if we go to this spot we might find deers."
High-level human cognitive functions are the enterprise of our braining employing these two faculties. We don't have dedicated circuitries for each model expressed in linguistic memory, we just need the basic circuitries for language processing.
Note that this hypothesis is different from linguistic determinism.
Infers
To reach human-level intelligence, AI needs to be able to model the world in language rather than numeric ...(12 more characters.)
This is how humans reached this level of intelligence. In some sense, language and its syntax provides the programming language for brains and reduced the need for specialized neural circuitries. To reach the same level of intelligence without a vastly larger number of neural circuitries in artificial neuron networks, they need to be able to do the same thing.
.
Infers
Predicts
Advances in AI R&D will bring another tech revolution same scale as the internet.
Predicts
LLM will be instrumental in achieving at least one human-level AI task beyond NLP in 3 years
Infers