Der treibstofflose Antrieb des NASA-Veteranen, der laut Physik nicht funktionieren sollte, erzeugte gerade genug Schub, um die Schwerkraft der Erde zu überwinden – Die Nachbesprechung

    https://thedebrief.org/nasa-veterans-propellantless-propulsion-drive-that-physics-says-shouldnt-work-just-produced-enough-thrust-to-defeat-earths-gravity/

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    4 Kommentare

    1. Toolatetootired on

      I know we’ve seen a lot of these, but this seems to be showing consistent reproducible results. Will this replace rockets?

    2. Economy-Fee5830 on

      You can rideshare on a SpaceX rocket for only $6000 per kg (min $300 K/50 kg)

      If this was real they could have tested it ages ago – they did not need to wait for 1G force.

    3. The amount of Force in the low milliNewtons means that this whole setup is highly dubious as that’s such a small force that ***anything*** can influence the measurement.

      Also, their claims do not match. They claim that they „counteracted the full gravitational force of Earth“ which I’m assuming to be measured at roughly sea level. This would mean a gravitic acceleration of ~9.81 m/s². With their mass of 40 grams that’s gravitational force of (F = m*a) 0.39 Newtons or 390 mN **for „one device“**.

      Their own statement is:

      >“The highest we have generated on a stacked system is about 10 mN,” Buhler told *The Debrief*.

      That’s an order of magnitude of difference and I’d like to point out his words of using a „stacked system“, i.e. likely to be more than one device.

      Yeah, not trusting that one a bit.

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