It's not like a calculator because LLM can solve very broad classes of problems - you'd struggle to define problems which LLM can't solve (given some fine-tuning, harness, KB, etc).
All this talk about "smartness" isn't even particularly cute...
It's not like a calculator because LLM can solve very broad classes of problems - you'd struggle to define problems which LLM can't solve (given some fine-tuning, harness, KB, etc).
All this talk about "smartness" isn't even particularly cute...
I definitely buy this, as least somewhat. Personally I think it'd be a lot more helpful to talk about how "generalisable" a tool is, rather than "general intelligence". LLMs can definitely solve a much broader class of problems than a calculator.
I don't know that "artificial general intelligence" or even "general intelligence" has a very good definition, personally I feel like "solving problems generally" doesn't seem to capture what I mean when I use those kinds of terms. For one, it makes a swiss army knife seem more intelligent than a cat, which personally seems the opposite of what I'd want a good definition of general intelligence to do.
So can computer programs. Are computer programs intelligent?
If you make a program which can solve many different classes of problems that's called AI.
What about Salesforce? That solves a ton of different problems!
And introduces a ton of new problems, too; which is strong evidence that Salesforce is intelligent!