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Cake day: June 15th, 2023

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  • Hmm, you’re making a good point and introducing two new not-yet-considered elements.

    1. Wolverine is only 5’3" (160cm) tall. Was he originally taller, but had a body destroying even, that only 80% of him was able to grow back rendering him shorter than he was before.

    2. Wolverine is Canadian. So neither the USA or Oz money rules apply, but instead Canadian rules. What those are, I do not now.



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    4 days ago

    This was a shockingly good result when compared to the cost of producing this with a set, film crew, actors, costume/makeup, and post production.

    It doesn’t have to be perfect, it has to be good enough to get your attention between the latest streaming show you or your kid is watching. It will absolutely do that for a tiny tiny fraction of the cost businesses had to pay before.




  • It’s probably more likely that HR is keeping HR busy, because what else are they supposed to do when the company isn’t hiring?

    I’m not in HR. In my experience there is good HR departments and bad HR departments. In both they were extremely busy all the time. There is a mountain of work HR does that has nothing to do with hiring and firing. Managing employee benefits, compliance with government regulations regarding workplace access, complex rules for reporting, tracking worker complaints and performance improvement plans for workers not meeting expectations.



  • I can think of one valid use case for this unsolved by any other solution:

    Lets say a company has an SoC board base product currently currently base on ARM. They want to eventually migrate to RISC-V based solution.

    If a company has a product currently written to use ARM compiled code, but wants to transition to RISC-V (which isn’t ready yet), they could deploy this board which could run today’s ARM implementation, and it would be future-ready when the RISC-V implementation would be released without having to replace hardware.


  • From the little I’ve followed on this topic, any kind of kinetic space junk cleanup (meaning physically touching or capturing the junk) is going to be very very limited in effectiveness for the majority of the junk. For really large things, like an entire satellite still intact, it can make sense, but these are very few of the space junk pieces in orbit today.

    The problem is two fold: Space is huge and the junk is very far apart. There are hundreds of thousands of pieces of space junk (mostly small).

    The most promising approach to address the majority of the junk is a “directed energy” method. This would be using something like a laser to slightly push space junk into lower orbits where the thin air will slow it over time and it would fall back to Earth.