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Joined 2 years ago
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Cake day: July 7th, 2023

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  • This is so true of many people.

    I was a professional game developer for two decades. I was never formally trained, I am completely self-taught.

    I must break things apart and build them up from the individual molecules, in order for me to understand things.

    When I learned trigonometry in school, or should I say when they attempted to teach it to me, it flew over my head like a flock of birds. I could understand none of it nor could I understand any of the reasons.

    When I started to develop an obsessive passion for programming when I was around 14, and I needed to figure out how to shoot a bullet out of a cannon at a certain angle and break down the components of motion into x and Y… I felt like I invented trigonometry myself in about 3 hours.

    People are weird and everybody approaches things differently. I could see myself beginning to Intuit calculus concepts with a game, but at the same time I think it’s such a specialty ask that it’s not realistic.






  • It’s been known for years that silicon is much better at storing lithium ions, like insanely more efficient than graphite which is what’s currently used in anodes. But it’s ability to pack in the lithium ions is its downfall… Charging and discharging embrittles it by actually and expanding/shrinking the lattice

    So it took a few years to surmount that challenge. Figuring out how to not have the material destroy itself, and finding the balance of how much energy to store. As far as I know there’s a few different approaches that involve deposition of individual molecules into crystals… and nanotech photo lithography and crazy shit that’s honestly too hard for me to keep up with.

    There’s all kinds of hype surrounding them and people talk about them being like an order of magnitude more efficient than current LiPo technology, but that’s a lot of hot air, we’re looking at like 30% improvements now with slightly increased charging times… huge complexity increases in manufacturing… cost… We don’t even know what’s going to happen when we deploy a couple hundred million of these.

    They’re going to be the next big thing for batteries but we’re kind of in the early adopting phase right now.