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iced depresso (icedquinn@blob.cat)'s status on Saturday, 27-Jan-2024 07:52:59 JST

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    iced depresso (icedquinn@blob.cat)'s status on Saturday, 27-Jan-2024 07:52:59 JST iced depresso iced depresso
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    • iced depresso
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    @subtype there was an old paper out of japan where they found anomalous mass in a spinning motor (https://ui.adsabs.harvard.edu/abs/1989PhRvL..63.2701H/abstract). it spins one way and it weighs less than it spins the other way. light has been found to do the same thing (sagnac effect.)

    i had found a student replicated Hayasaka a couple of years ago. it became one of those things like Fleishman-Ponz where people have seen it and then shrug it off like well that's fucking weird guess it doesn't mean anything though :youmusip:

    there is a very very heavy focus on how important counterspin is in all the weird flyer papers. i find it somewhat odd how often that specifically comes up.

    assuming that things are being pulled because thats what electrostatic fields do to contain energy, and since energy cares more about gradients than anything, then creating a counteracting barrier *would* free you from that. (we have this issue in motors where we get back emf because the magnets being pulled by one pole are trying to charge other poles which results in wasting a lot of energy as the opposing forces are trying to neutralize the others)
    In conversation Saturday, 27-Jan-2024 07:52:59 JST from gnusocial.jp permalink

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    1. Domain not in remote thumbnail source whitelist: ui.adsabs.harvard.edu
      Anomalous weight reduction on a gyroscope's right rotations around the vertical axis on the earth
      from Takeuchi, Sakae
      The weight change of each of three spinning mechanical gyroscopes whose rotor's masses are 140, 175, and 176 g has been measured during inertial rotations, without systematic errors. The experiments show that the weight changes for rotations around the vertical axis are completely asymmetrical: the right rotations (spin vector pointing downward) cause weight decreases of the order of milligrams (weight), proportional to the frequency of rotation at 3000-13,000 rmp. However, the left rotations do not cause any change in weight.

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