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Joined 1 year ago
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Cake day: June 22nd, 2023

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  • It’s not much power, so it’s not likely to cause major or permanent damage, but it may affect others differently and could cause burns if left on too long like if someone is less sensitive and doesn’t think it’s live.

    And if the person is grounded and if they touch the hot side of the battery first there’s a chance the charge could travel through the body rather than just the tongue. It’s not enough to affect a heart, but might disrupt a pacemaker or other embedded device.

    And of the battery is leaking, it could cause permanent damage from chemical burns from the alkaline and poisoning from heavy metals which while unlikely to be deadly with just one battery, heavy metal poisoning is cumulative across a lifetime.

    So under ideal circumstances it is safe, but there are always risks with electricity and toxic chemicals, though relatively small.





  • Glad I moved away from Windows on all my personal computers. Fedora with Plasma is so similar to Windows and so much better. If my non-tech partner can use it, then anyone can.

    Only problem is that Windows is better at resizing content on high resolution (4K) monitors. And ordering multiple monitors on the login screen doesn’t always work right, but it’s fine once logged in. And it takes a bit more to set up than preinstalled Windows that’s on most computers when you buy them. But if it was preinstalled and set up already for the hardware like Windows usually is, it would be way better for nearly everyone.


  • It’s pretty fucked up. But maybe the solution is to make nudity more acceptable in the society. It’s not a coincidence that South Korea is such a big target for it because sex and nudity are so taboo there. The US is not that much better, but enough that it doesn’t feel as invasive to as much of the population and thus it doesn’t have as much value to people using it to shame and control women. But of course that takes generations to change and would require a lot of women to do unsafe things to affect the change. So it’s not something that will happen quickly.







  • Right I only got as far as talking about the ionizing radiation itself not even what happens if the radioation emitting materials themselves escape and so other types of radiation become dangerous through ingestion, not just incidental exposure.

    And who is going to pay the trillions of dollars to develop those technologies to reduce the ionizing radiation into a usable product? The energy companies won’t because they’d go bankrupt. And what happened when we left companies to dispose of the waste? They sank it to the bottom of the ocean in barrels that some have since resurfaced. So instead we tried to build a temporary solution by dumping it in a mountain bunker, but that was too costly and we gave up and it’s all just sitting out in the open still in every country with nuclear power. No country has come up with a solution yet and that solution is part of the cost of generating the energy.

    So how is nuclear power profitable if it’s exorbitantly expensive to store it indefinitely and exponentially more expensive to develop the technology to make it slightly safer to store indefinitely. And it costs billions and takes decades to decommission a reactor once it’s exceeded its lifespan. Which is why three mile island is still there and containment is still necessary. Again, how is nuclear power cost effective in the long term?




  • That’s for normal activity and it’s totally irrelevant. So these are some stats about ionizing radiation dosages:

    • Average from all sources for an average person for 1 year: 4mSv
    • Additional if living within 50 miles of a nuclear reactor for 1 year: 0.09 µSv
    • Additional of living within 50 miles of a coal plant for 1 year: 0.3 µSv
    • Living within 30 km of Chernobyl before evacuation (10 days): 3-150 mSv
    • Maximum allowed dose for radiation workers over 1 year: 50mSv
    • 10 minutes next to the Chernobyl reactor after the meltdown: 50Sv
    • fatal lifetime dosage beyond our ability to treat: ~8Sv

    So, yes, nuclear power plants and storage pools are designed to shield radiation and thus during normal operation release an insignificant amount of radiation so much so that even coal burning releases a heck of a lot more.

    But both of those are extremely insignificant if you consider that living near a coal plant will only give you a tiny fraction of additional exposure as the amount of radiation you receive normally from natural sources.

    The problem is that with nuclear fission waste, a tiny leak can cause fatal amounts of exposure in a very short time. If a storage pool cracks after the 100 years or so they’re designed to last, or if a flood happens and overflows a storage pool, or a tornado picks up that storage water, or any number of other catastrophic events happen within the 10,000-1,000,000 years before that waste is safe, depending on the type, the people living nearby will likely not survive very long and that area will be contaminated for many times longer than human life has existed.

    Fukushima was a good example and had to rely on the vast Pacific ocean to disperse the radiation. Chernobyl will be unsafe for 10s of thousands of years even if the coffin is maintained for all that time.