Transcribed by Bert.
[February 13, 2016 Part 6 (00:24 mark)]
SkyG: Let’s talk about airplanes!
iON: OK!
SkyG: Lots of turbulence happening in the air, iON! Anything to report in that dimension for me?
iON: Yes!
SkyG: Lots of people hitting the ceiling, I think there were twenty-nine injuries on that flight from China to Canada - people who didn’t fasten their seat belt and hit the ceiling.
iON: You should always have your seat belt fastened – and, you should always remember that the nearest emergency exit may be indeed behind you! You’re talking about a “flux of fluid dynamics”. “Fluid dynamics” in the air is much more corporeally effective. Bob’s got the winds blowing. They’re blowing very - very hard, and they follow a… typically a…
SkyG: Yeah!
iON: … momentary or momentum diffusion - that diffusion sometimes sets a regime that throws what flows to itself. Like a fire makes its own wind - but instead, you have this super variation of pressure. So, if you shift space-time…
SkyG: Yes!
iON: … which you have proven, air can’t sustain you – “the wind beneath your wings”. So, wings don’t keep you in air. It’s the wind beneath your wings, and that’s why you’re falling out of the sky.
[February 13, 2016 Part 6 (00:24 mark)]
SkyG: Let’s talk about airplanes!
iON: OK!
SkyG: Lots of turbulence happening in the air, iON! Anything to report in that dimension for me?
iON: Yes!
SkyG: Lots of people hitting the ceiling, I think there were twenty-nine injuries on that flight from China to Canada - people who didn’t fasten their seat belt and hit the ceiling.
iON: You should always have your seat belt fastened – and, you should always remember that the nearest emergency exit may be indeed behind you! You’re talking about a “flux of fluid dynamics”. “Fluid dynamics” in the air is much more corporeally effective. Bob’s got the winds blowing. They’re blowing very - very hard, and they follow a… typically a…
SkyG: Yeah!
iON: … momentary or momentum diffusion - that diffusion sometimes sets a regime that throws what flows to itself. Like a fire makes its own wind - but instead, you have this super variation of pressure. So, if you shift space-time…
SkyG: Yes!
iON: … which you have proven, air can’t sustain you – “the wind beneath your wings”. So, wings don’t keep you in air. It’s the wind beneath your wings, and that’s why you’re falling out of the sky.
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