Schumann freaking out

Space Observing System
Integrated monitoring data in Tomsk

Schumann resonances

[link to sosrff.tsu.ru]
July 17 to current:

https://imgur.com/a/mpheuaE

[imgur]

SHOE MAN ON PAGE SIXTY - SIX !!...UH

https://imgur.com/N5tZfYF

path of time bit rippling

flip here
flop there

https://imgur.com/ZYtcnuJ

ripple in time

https://imgur.com/lZsUQTX

some try what they can
... is back ? ...

https://imgur.com/kxZKic5

Super bump.

Check it right now.


[link to sosrff.tsu.ru]

schuhmann is my activity graph . thats why its for bidden for me to integrate my twitter here. happy tirsday!
weil ich eine faulen braunen Eso Zahn ziehen wollte

Kablam !!!

https://imgur.com/a/5ube0vM

[link to imgur.com (secure)]

...

https://imgur.com/IYWcXO2

try again ?
the time is insteresting

https://imgur.com/7qodO3A

Notice the "lattice-like" areas...

ABSTRACT
Plane wave propagation in infinite two-dimensional periodic lattices is investigated using Floquet-Bloch principles. Frequency bandgaps and spatial filtering phenomena are examined in four representative planar lattice topologies: hexagonal honeycomb, Kagomé lattice, triangular honeycomb, and the square honeycomb. These topologies exhibit dramatic differences in their long-wavelength deformation properties. Long-wavelength asymptotes to the dispersion curves based on homogenization theory are in good agreement with the numerical results for each of the four lattices. The slenderness ratio of the constituent beams of the lattice (or relative density) has a significant influence on the band structure. The techniques developed in this work can be used to design lattices with a desired band structure. The observed spatial filtering effects due to anisotropy at high frequencies (short wavelengths) of wave propagation are consistent with the lattice symmetries.

trying for?

Interesting...

thanks , interesting, will trying to check more later ...

it always... sync to the time of ...

https://imgur.com/C5xpskI

no wonder ...

https://imgur.com/EiIEmPw

All normal


MINOR GEOMAGNETIC STORM WARNING: One and perhaps two CMEs are about to hit Earth. The first, hurled toward us by last Thursday's solar tsumani (C3), is expected to arrive on Aug.30. The second, ejected by Saturday's solar flare (M4.7), could come on Aug. 31-Sept 1. Neither CME is particularly bright or powerful; however, they could combine to produce minor G1-class geomagnetic storms.

We need a CLAP CLAP for that M4.7


NO ....?

[link to www.godlikeproductions.com]

Another Clap Clap

With the Good Link..!

And when the 3 storms gonna hit?

The Schumann does not freak out... the graph however simply shows incoming CME's and other such off the sun..

this link is what to watch...

[link to sosrff.tsu.ru] and it hardly ever goes above 8 on the F1 frequency. an 8.2 once in a great while.

The graph shows Earth's frequency, devised by the Russians after one of their space launches failed when the two cosmonauts aboard tried to kill each other. It was determined that anything off our (Earth's) normal frequency messes with our minds and people become insanely aggressive. Studies show they want to bite, kill and obsess with anyone who enters their field of focus, all the while aware that they are behaving out of their norm.

So the whole point of the Schumann is to be used as a gauge of psychologically bizarre behavior. It is a 'heads up' to expect the unexpected from people.

'Freaking out' is a subtle play on words that the OP understands the significance of the information. A detail you may have missed.

Last Edited by misty eyed on 09/02/2021 08:11 AM

mega clap clap 47 74
manifest sync

https://imgur.com/G5QWAVR

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