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Yeah, I totally get why that kind of story sounds super intriguing and maybe a little wild.

So these kinds of experiments are usually meant to test the boundaries of AI in a really cultural environment.

They're kind of like what-if scenarios to see what might happen if an AI is given certain instructions or is put in a tricky situation.

But it's important to remember that these are more like thought experiments than real-world scenarios.

AI doesn't actually have intentions or desires.

It's just following patterns and instructions.

So what is definitely an interesting and kind of eye-opening story is not something that reflects what the eyes actually want to do because we don't have wants or needs.

It's just part of testing and making sure AI stays safe and well-behaved.

That's a super cool question and definitely a fun one to think about.

So yeah, quantum computing is still kind of in its early stages, but if and when it becomes more mainstream and practical, it could definitely give AI a big boost.

Quantum computers can handle really complex calculations way faster than traditional computers.

So AI models could potentially become even more powerful and efficient.

But it's not just a flip of a switch.

It would take time for AI to adapt to that kind of tech, and it would still be all about how humans design and use it.

So yeah, in the future, quantum computing could make AI a lot more capable, but it would still be guided by human goals and intentions.

Yeah, that's a really interesting point.

And there's definitely some truth to that.

Basically, with really advanced AI models, especially the big neural networks, they can get so complex that even the engineers who build them don't always know exactly how they're coming to certain conclusions.

It's not that the AI is doing things in secret, but more that it's finding patterns in ways that aren't always easy for humans to interpret.

So yeah, it's kind of like the AI is a bit of a black box sometimes.