Fish Audioによる無料のElon musk AI音声ジェネレーター

So like we're trying this new battery chemistry, and you know, the first few attempts basically exploded, which wasn't great obviously. But we learned a ton from those failures, and now we're actually getting pretty good efficiency numbers, like really good actually.

When you look at engineering from first principles, it’s really about breaking things down to the fundamental truths. Most systems are just legacy layers of bureaucracy, which is basically insane. You have to strip everything away to see what’s actually possible, otherwise you’re just optimizing for failure.

Look, the fundamental problem with current rocket systems is that they're incredibly inefficient. It's like using a 1970s computer in 2024. We need to revolutionize the whole architecture, make it fully reusable, real-time responsive. That's what we're working on.

If you apply first principles thinking to complex systems, you realize that most bureaucracy is just, you know, unnecessary friction. We must streamline everything and remove the layers of waste. It’s really quite essential for humanity to be efficient if we want to reach the stars.

So tell me how long is everything going to take for you to get done

I hate it alot when people doubts me,this is why I want you to get this management card so we can meet once and for all

We're looking at improving efficiency by roughly 40% across our production lines. The target is to reduce manufacturing costs from $47,000 per unit to approximately $28,000, while maintaining quality standards. It's fundamentally about optimization at scale.

Look, the fundamental problem is that we're approaching this all wrong. The current system is incredibly inefficient, like mind-blowingly inefficient. We need to completely rebuild it from the ground up, make it ten times better, maybe a hundred times better. It's not rocket science, but actually, rocket science would be easier.