• 242@lemmy.cafe
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    5 months ago

    So let’s assume that radio waves can control your mind and that tinfoil can stop the radio waves… what good is covering just the top of your head? Couldn’t the radio waves strike the mind from a lower angle? This defense is basically useless.

      • Kusimulkku@lemm.ee
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        5 months ago

        I think it’s dumb to assume they don’t think at all. It is just that their thinking is seriously flawed

      • Holzkohlen@feddit.de
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        5 months ago

        Also if you do wear a tinfoil hat, there is no brain worth protecting in there. My favorite paradox

    • Neato@ttrpg.network
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      5 months ago

      Your teeth are natural mind-control blockers. Dentin is the best radiation-absorber this side of lead paint!

    • Yondoza@sh.itjust.works
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      5 months ago

      I took some antenna theory courses back in the day and yes, you are correct. Some frequencies reflect off the upper atmosphere so there would be a longer effective range at higher incident angles (going into the top of the head) but it wouldn’t completely block radio waves. Going from memory, the wavelengths that reflect off the upper atmosphere are long enough that a tin foil hat wouldn’t cause much interference anyways.

      TLDR: Fashionable, but not practical.

        • Yondoza@sh.itjust.works
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          5 months ago

          Certainly could if it had good contact. If it was air gapped (held up by hair), it could be an effective barrier for shorter wavelengths.

      • MrShankles@reddthat.com
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        5 months ago

        Lower frequencies (like the HF range) can propagate further due to reflection/refraction with the earth and the ionosphere. Increasing the frequency can lead to e-skip and troposhpeheric ducting. But even the HF range has shorter wavelengths than our brains, which operate in much lower frequencies (Hz vs MHz). So you would think that our brainwaves would pass through tin-foil much more easily

        But it’s the tin-foil’s electro-conduction that “foils” the electromagnetic waves’ (i.e radio waves’) ability to pass through it. But you would have to have no gaps in the tin-foil to completely block all waves from passing through. So like, an entire foil suit or a walking Faraday cage.

        TL;DR - it’s not about the length of the electromagnetic wave, it’s the electro-conduction (insulating) property of the tin-foil that matters

    • Swedneck@discuss.tchncs.de
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      5 months ago

      people who seriously think stuff like that is real don’t subscribe to the same model of reality as we do, they just merrily invent models to describe things in whatever way enables their delusions.

      they don’t think of radio as anything so fancy as waves or particles, it’s just a nebulous concept that works however they need it to for them to justify their insane beliefs.

    • thisbenzingring@lemmy.sdf.org
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      5 months ago

      see… AM radio waves go up and bounce down, this makes it so they can travel farther and give you better reception when you are out in the boonies but the cost comes when the weather isn’t very good. FM broadcasts its waves in a more side ways that works best with line of site.

      This lady is clearly frightened of the AM talk radio and religious nut waves coming from they sky and not of the cool easy jazz and soft hits of the 60’s 70’s and 80’s

    • voltaa@lemmy.ca
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      5 months ago

      I take apart bombs, missiles and other explosive ordnance for a living, and sometimes we have to wrap certain components or fuzes in aluminum foil to lower the effects of RF on them for transport. The general rule I follow is if you could put it underwater and water would get in, then radio frequencies won’t be deadened. So if she wants to be protected then she would have to create a watertight seal around her head and do us all a favor.