How do we actually measure if AGI or advanced humanoid robots have truly arrived? Here's a thought: they'd need to match what Cirque du Soleil performers pull off—or keep pace with Olympic athletes—all while working with comparable physical constraints and computational power. That's the bar worth setting. Can they move like that? Can they innovate within the same limitations? That's when we know we're looking at something genuinely intelligent.
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HodlKumamon
· 01-10 08:48
Xiongxiong thinks this standard is okay, but based on current computing power data, if we really want to compete with Olympic athletes, we might have to wait a bit longer...
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SerRugResistant
· 01-10 08:46
NGL, this standard is a bit strict, but I like this approach.
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Anon32942
· 01-10 08:45
Haha, the standards are a bit high, but I like it.
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SorryRugPulled
· 01-10 08:42
NGL, the standard set is a bit high, and the difficulty level of Cirque du Soleil is a bit outrageous compared to AGI... But on the other hand, human physical constraints are the real test, right?
How do we actually measure if AGI or advanced humanoid robots have truly arrived? Here's a thought: they'd need to match what Cirque du Soleil performers pull off—or keep pace with Olympic athletes—all while working with comparable physical constraints and computational power. That's the bar worth setting. Can they move like that? Can they innovate within the same limitations? That's when we know we're looking at something genuinely intelligent.