I think it’s plausible we could go higher but I’m fairly certain the linear model will break down at some point. I don’t know exactly where , but somewhere above the current human range is a good guess.
You’ll likely need a “validation generation” to go beyond that, meaning a generation or very high IQ people who can study themselves and each other to better understand how real intelligence has deviated from the linear model at high IQ ranges.
The reason they have lower IQs than humans can be explained entirely by neuron count.
Not true. Humans have an inbuilt propensity for language in a way that gorillas and other non-human primates don’t. There are other examples like this.
I think it’s plausible we could go higher but I’m fairly certain the linear model will break down at some point. I don’t know exactly where , but somewhere above the current human range is a good guess.
You’ll likely need a “validation generation” to go beyond that, meaning a generation or very high IQ people who can study themselves and each other to better understand how real intelligence has deviated from the linear model at high IQ ranges.
Not true. Humans have an inbuilt propensity for language in a way that gorillas and other non-human primates don’t. There are other examples like this.
How do we know this “propensity for language” isn’t an emergent property that is a function of neuron count past a certain point?