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  • propulsion for Moon and Mars

    From E.Laureti@user2039@newsgrouper.org.invalid to sci.space.policy on Tue Jan 6 16:24:44 2026
    From Newsgroup: sci.space.policy



    Why can the PNN Propulsion reach and colonize both the Moon and Mars?

    Because through the real, not fake, violation of Newton's principle of action and reaction, PNN thrust increases over time for the same amount of energy used.
    This is first demonstrated with a prototype on a ballistic pendulum F432 powered by an external amplifier https://player.vimeo.com/video/476068648

    In the video, the prototype's index, illuminated by the laser, not only moves from left to right but goes off scale depending on the fact that the
    thrust increases over time.

    The same is demonstrated by the F432BA prototype (a variant of the previous one) but powered by batteries and operated with a remote control on
    a Kern electronic scale display. Once with upward thrust http://www.asps.it/spintapnnalto.pdf
    And then with downward thrust when the prototype is rotated 180 degrees http://www.asps.it/spintapnnbasso.pdf .
    Unfortunately, the lithium batteries discharge over a time interval ranging from zero seconds to about 120 to 150 seconds.
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  • From Rufus@ru@ru.ru to sci.space.policy on Sat Jan 10 12:04:15 2026
    From Newsgroup: sci.space.policy

    E.Laureti <user2039@newsgrouper.org.invalid> wrote:

    Why can the PNN Propulsion reach and colonize both the Moon and Mars?

    Ask that question when it can reach the ceiling of your mother's dining
    room.


    Because through the real, not fake, violation of Newton's principle of action and reaction, PNN thrust increases over time for the same amount of energy used.
    This is first demonstrated with a prototype on a ballistic pendulum F432 powered by an external amplifier https://player.vimeo.com/video/476068648


    No explanation of what's supposedly going on there. Just a couple laser pointer spots on the wall. Nothing to see here. Can you elaborate?

    Maybe you need more tin foil over your oscilloscope.

    BTW, there's something borked with your other vimeos that are referenced
    at the end of this video. They don't play, they only flash.


    In the video, the prototype's index, illuminated by the laser, not only moves from left to right but goes off scale depending on the fact that the
    thrust increases over time.

    Based on your previous explanation of the PNN drive, there's no reason
    why the thrust should build up slowly. Can you give a theoretical
    explanation for that?


    The same is demonstrated by the F432BA prototype (a variant of the previous one) but powered by batteries and operated with a remote control on
    a Kern electronic scale display. Once with upward thrust http://www.asps.it/spintapnnalto.pdf
    And then with downward thrust when the prototype is rotated 180 degrees http://www.asps.it/spintapnnbasso.pdf .
    Unfortunately, the lithium batteries discharge over a time interval ranging from zero seconds to about 120 to 150 seconds.

    Just use an external power source for now, until you demonstrate some
    actual thrust. Later perhaps you can find a battery with lower internal resistance. The flying submarine (coming soon) will have an unlimited
    payload weight budget, right?
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