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BrianRoemmele's profile
Brian Roemmele
Brian Roemmele
Brian Roemmele
@BrianRoemmele

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Brian Roemmele

@BrianRoemmele

we can only see what we think is possible...

transcendence
VoiceFirst.expert
Joined January 2010

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    1. Brian Roemmele‏ @BrianRoemmele 19 Oct 2019
      • Report Tweet

      Levity: using lower frequency sonics. It gets very interesting when the frequencies are orders of magnitude higher and the weight is 1000s of pounds.pic.twitter.com/yPNWsJ7U0o

      8 replies 40 retweets 107 likes
    2. PacoPathogen‏ @PacoBell 19 Oct 2019
      • Report Tweet
      Replying to @BrianRoemmele

      Eh, I sincerely doubt anyone's been able to accoustically levitate even one pound, let alone thousands.

      1 reply 0 retweets 0 likes
    3. Brian Roemmele‏ @BrianRoemmele 19 Oct 2019
      • Report Tweet
      Replying to @PacoBell

      Paco, I hear ya. Why of course. That would be impossible. Sort of like that human flight nonsense.

      1 reply 0 retweets 2 likes
    4. PacoPathogen‏ @PacoBell 19 Oct 2019
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      Replying to @BrianRoemmele

      There's optimism and then there's magical thinking. You're veering dangerously into chemtrail UFO whackadoo territory without understanding the physics and engineering that makes acoustic levitation possible. The fact you think higher frequencies equates to more lift is telling.

      1 reply 0 retweets 1 like
    5. Brian Roemmele‏ @BrianRoemmele 19 Oct 2019
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      Replying to @PacoBell

      Paco, I understand and appreciate you insights. The energy levels are as important as the frequencies. As we move past ultrasonics we achieve higher resolution in control and direction. I am certain you agree, millimeter waves are potentially more powerful then audio.

      1 reply 0 retweets 0 likes
    6. PacoPathogen‏ @PacoBell 19 Oct 2019
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      Replying to @BrianRoemmele

      Not really. The only reason you're able to levitate small objects in the first place is because they're trapped between the nodes of standing waves. Any object larger than that node will fail to be trapped. Can do the same with optical "tweezers", but only with μm particles.

      1 reply 0 retweets 0 likes
    7. PacoPathogen‏ @PacoBell 19 Oct 2019
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      Replying to @PacoBell @BrianRoemmele

      And, yes, intensity matters. But at the intensity required to lift a pound of material off the ground, you're basically recreating an explosive detonation many times per second. You'll blow out your eardrums and anyone foolish enough to be anywhere near that contraption.

      2 replies 0 retweets 0 likes
      Brian Roemmele‏ @BrianRoemmele 19 Oct 2019
      • Report Tweet
      Replying to @PacoBell

      Paco, indeed if the standing waves were sound and not millimeter waves, you would not hear it and likely not feel it as the frequency approaches move past the ultra violet spectrum.

      1:30 PM - 19 Oct 2019
      1 reply 0 retweets 0 likes
        1. New conversation
        2. PacoPathogen‏ @PacoBell 19 Oct 2019
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          Replying to @BrianRoemmele

          At the intensities required, you would certainly not hear it, but you would feel it in the form of heat as your skin absorbs the radiation and converts it into phonon vibrations that will quickly cook you alive. This is precisely how your microwave oven works.

          1 reply 0 retweets 0 likes
        3. Brian Roemmele‏ @BrianRoemmele 19 Oct 2019
          • Report Tweet
          Replying to @PacoBell

          Paco, indeed. When the frequencies are concentrated in a small bandwidth. This of course is true. But when the bandwidth is very wide and pulsed it passes harmlessly as a 5G broadcast or an Airport stripper machine. It will make more sense when we see it.

          1 reply 0 retweets 0 likes
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