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> those have stalled at local maxima every single time. It's challenging to encapsulate AI/ML progress in a single sentence, but even assuming LLMs aren't a di
by jagrsw 3y ago
> those have stalled at local maxima every single time.
It's challenging to encapsulate AI/ML progress in a single sentence, but even assuming LLMs aren't a direct step towards AGI, the human mind exists. Due to its evolutionary limitations, it operates relatively slowly. In theory, its functions could be replicated in silicon, enhanced for speed, parallel processing, internetworked, and with near-instant access to information. Therefore, AGI could emerge, if not from current AI research, then perhaps from another scientific branch.
> We've built some incredibly impressive tools, but so far, nothing that looks or feels like a concept of will (note, not consciousness) yet, to the best of my knowledge.
Objectives of AGIs can be tweaked by human actors (it's complex, but still, data manipulation). It's not necessary to delve into the philosophical aspects of sentience as long as the AGI surpasses human capability in goal achievement. What matters is whether these goals align with or contradict what the majority of humans consider beneficial, irrespective of whether these goals originate internally or externally.
- ImHereToVote 3y agoThis doesn't pass the vibe check unfortunately. It just seems like something that can't happen. We are a very neuro-traditionalist species.
- disgruntledphd2 3y ago> In theory, its functions could be replicated in silicon, enhanced for speed, parallel processing, internetworked, and with near-instant access to information. Therefore, AGI could emerge, if not from current AI research, then perhaps from another scientific branch. Let's be clear, we have very little idea about how the human brain gives rise to human-level intelligence, so replicating it in silicon is non-trivial.
- simiones 3y ago> In theory, its functions could be replicated in silicon, enhanced for speed, parallel processing, internetworked, and with near-instant access to information. Therefore, AGI could emerge, if not from current AI research, then perhaps from another scientific branch. This is true, but there are some important caveats. For one, even though this should be possible, it might not be feasible, in various ways. For example, we may not be able to figure it out with human-level intelligence. Or, silicon may be too energy inefficient to be able to do the computations our brains do with reasonable available resources on Earth. Or even, the required density of silicon transistors to replicate human-level intelligence could dissipate too much heat and melt the transistor, so it's not actually possible to replicate human intelligence in silico. Also, as you say, there is no reason to believe the current approaches to AI are able to lead to AGI. So, there is no reason to ban specifically AI research. Especially when considering that the most important advancements that led to the current AI boom were better GPUs and more information digitized on the internet, neither of which is specifically AI research.