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Cake day: June 25th, 2024

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  • That’s basically how IGBTs in power electronics work, in stuff like trains and electric cars. It’s a sensitive, easily activated voltage-driven MOSFET driving a larger BJT transistor in a chain.

    Also how Darlington pairs work. So, yeah, maybe they could do all the computation at that level and then cascade the output through larger transistors to talk to the outside world.


  • The article mentions this, and says these new transistors actually take advantage of quantum tunnelling at those small scales to switch the transistors on and off. Usually that’s accomplished by charging up a conductive channel in a traditional MOSFET like a capacitor.

    The disadvantage seems to be that these transistors can only control very tiny currents. They currently lack enough ass to control much else.


  • As an addition to your post, I’m also in the process of learning C/C++, and I’m curious also how others arrange their actual project files and include directories. Like, for example, if there’s a bunch of classes having to do with UI elements, do you just group them each under their own file all in their own directory? I’ve also seen projects where everything was just thrown into the top level directory, both headers and implementation files together in a giant pile of source files.
















  • Who died and made this goofball the official spokesperson for science and astronomy? It’s getting annoying seeing his face on my YouTube feed all the time. Along with that other dude, Michio Kaku.

    In case y’all got the wrong idea, they’re still cool guys, and fuck Elon. It’s just that I’m past the teenage stoner documentaries of people being “deep” when explaining the science. That’s who Dr. Tyson seems to appeal to.

    For some no-nonsense, no fluff science content, I’d recommend Sabine Hossenfelder and the PBS Spacetime series.