This is f**king awesome. I still don't get how this isn't everywhere yet. Every week Claude and I grab one thing people hold all day, crack it open and make every part inside move. This time it's a phone. Flip it over, watch it unlock, then peel it apart into 9 layers down to a chip the size of a fingernail. > Claude Code moved the face unlock before the teardown, because 30,000 infrared dots only make sense from a phone that's still in one piece. > The camera lens floats on magnets and slides against a shaky hand, so the shot stays still. > The buzz is a tiny weight on 2 springs moving 170 times a second, slowed 40ร— so you can actually see it. > The chip zoom ends on 19 billion transistors packed into that fingernail. The full build and a playground to try it yourself are in the article ๐Ÿ‘‡

Elvar@elvar_official41.7K followers24d ago

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This is f**king awesome. I still don't get how this isn't everywhere yet. Every week Claude and I grab one thing people hold all day, crack it open and make every part inside move. This time it's a phone. Flip it over, watch it unlock, then peel it apart into 9 layers down to a chip the size of a fingernail. > Claude Code moved the face unlock before the teardown, because 30,000 infrared dots only make sense from a phone that's still in one piece. > The camera lens floats on magnets and slides against a shaky hand, so the shot stays still. > The buzz is a tiny weight on 2 springs moving 170 times a second, slowed 40ร— so you can actually see it. > The chip zoom ends on 19 billion transistors packed into that fingernail. The full build and a playground to try it yourself are in the article ๐Ÿ‘‡

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