Stack let me load videos easily today, except the main one that showed the behavior of the same cells below at day one.. Is it stack or A1? The rbc’s acted the same as the bots in Dr Anna’s post this afternoon.
The end of the growth area of a gel bubble. oil100x.
Even on the move these cells have the mosaic thing going on.
Over one week at room temperature. Shouldn’t be anything alive in there.
Just under one week on the slide, unsealed and at room temperature (14 < 25 c). It starts like this with the ( semi human now?) rbc’s slowly converting into squares or rectangles …? Still in a liquid form of some sort. Normally the slide would dry out after a few days.
A few days later.
Usually if the lights are on its alive. Not so sure anymore.
Looks like the process is human rbc’s, infection, degradation, reinflation, synthetic , reanimation, then converted to chips. Hope I am wrong, at least in part.
There were plenty of examples. It wasn’t a one off.
syn / human.
Gel, membrane, synthetic and human?
3 forms ( in gel) and 2 rbc types.
Someone might recognise this one.
`Ribbed, not for fun.
Pretty in pink.
A record holder for length of a data cable.
M for mason bees.
Tube in a tube.
Still forming.
Braided ol’ mate bluey.
Segmented, with a head.
Human skin still? Removed from a leg with crystal clear tape. Morgs, hexes and bio film.
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Cold lasers people. If your laser burns its not the right one.
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Recent from Sabrina Wallace and 420 research. Lasers included here.
https://rumble.com/v4nsyvw-april-6-2024.html
Sabrina is putting the last pieces in place and her most recent posts show this as an independent ai internal network inclusive of its own neural network. Well worth looking up for yourselves.
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Thanks Cos. Worth everyone watching to understand how far back this goes.
From 2013. Sophia Smallstrom - synthetic blood, Morgellons, bots, transhumanism, Dictyostellium discoideum (the gel bubbles ? They sure grow like a living entity) , triple strand dna, even drosophilae gets an honorable mention, and much more that we know is here today.
https://www.brighteon.com/83320b2e-2774-41e7-b929-0dbf22707ceb
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NZ ministry of health blocking the sale of green lasers?
https://ledbulbs.co.nz/product/456/50mw-green-laser-pointer/
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Sams latest post is also worth understanding. Qbit computing. It all starts to make sense.
You are wrong… but I don’t believe what I’m telling you.
Take heart, you Warrior!
Couldn't find the exact relevant post so leaving the info here...
Excerpt "Also, the electric field is designed to oscillate at just the right frequency: 15,000 times per second."
Article referenced - https://today.ucsd.edu/story/electric_fields_remove_nanoparticles_from_blood_with_ease
In music terms, with tuning of A4 to 440Hz, 15 kHz is the note of A#9/Bb9. Here is a link where you can play around with music frequencies - https://www.translatorscafe.com/unit-converter/en-US/calculator/note-frequency/ and 'listen' to them. Note: the A#/Bb at 15 kHz is in the 9th octave. This is interesting because it is unlikely to be generated by accident as no musical instruments I am aware of generate this note in the 9th octave - see list of instruments and their octave range - highest is piano at C8 - https://www.orchestralibrary.com/reftables/rang.html
Here is a recording of 15 kHz specifically (I have no way to test if it is accurate - so hopefully it is). A lot of people cannot hear this frequency - based on comments, those that can find it annoying And dogs don't like it so you may want to make sure animals are not within earshot when you play it.
This frequency may need different amplification to work but the reason I post this information here is that it might work and I should think it would be easy enough to test on your blood/fluid samples.
All the best, K