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👍🏿👍🏽👍

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Thank you for your brave and relentless effort to solve this incredibly complicated problem. Blessings to you and all the others working on this!

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Hello m'dear!

This is yet again the most amazing work.

Could it be that what you're sharing here explains why barium is one of the primary components of chemtrails?

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May 23Author

In any case, it would be a logical explanation.

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Barium titanite, you can test for it, in a mineral laboratory, only high molar hydrofluoric or sulfuric acid will dissolve it. You need Teflon beakers. Back in the day. :)))

I just searched, jackpot. All the other soft and heavy metals found in urine after Chelation, can be used in the formation in conjunction with BaTiO3. What we know as white clots.

It has the sensor and memory components, wireless comms.

Also the spider silk, with the use of beta sheets and hydrogen bonding.

Even explains the helical flagella, not seen by dark field, but electron microscope. Also described, plus diagrams in the biomedical literature. :)))

Its got the lot drug delivery, nanotubes, polymer formation, doped nanotubes, nano wires, tissue regeneration, anti cancer.

So at least we know what's in the one shot anti cancer "fake vaccine" now.

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May 18Author

Thanks for the info!!! Now the question is - how do I get it out of my body? Do “normal” elimination methods work? If it is already built into the nervous system - that might be difficult. But we are constantly “recharging” - maybe we can at least do something about that? Since barium titanate leads to a reduction of biophotons in the body, it reduces the ability of the biological system to organize itself and produces all kinds of degenerative diseases. Dr. Klinghardt comes to mind - who used lasers and reflective Plexiglas bodies as signal amplifiers. This special Plexiglas is said to have similar non-linear properties to barium strontium titanate crystals. He used this to carry out special tests in the body. In other words, to obtain results using kinesiology and without a laboratory.

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I will check out Dr Klinghardt and his lasers, amplifiers and Plexiglas. Been awhile since I worked with plexiglas. Thanks for that.

I'm going to be thinking and reading for days now. :))) A good Saturday night.

What jumps out at me immediately is the Ca2+ channel gates. Ca2+ can possibly be swapped out for strontium.

The drug delivery system relies on the nano gold core to disperse. That is most likely why nano gold causes the plasmons and micro structures to disintegrate, as it affects the polarity of the crystal structure.

Cellularlly speaking it's possible, the hardest being neuronal. Autophagy, via intermittent fasting. Neurons though, my BCI didn't leave me till my brain got smashed by satellite 🛰️.

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May 18Author

Brief description from the German site for this Plexiglas:

The signal amplifier is made from a special synthetic material.

This gives it its unique properties, which we use in autonomic regulation testing:

The signal amplifier amplifies the information and photon emission of an applied substance.

Two signal amplifiers, which are connected to each other via ambient light, resonate with each other.

The transmission of information is bidirectional.

https://ink.ag/shop/arbeitsmaterialien/signalverstaerker/110/signalverstaerker-m.-bohrungen

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Intriguing laboratory kinesiology. :))) ohh 🤯. There's a whole world of laboratory fun out there.

Your description reads like the nanotech, even the older super soldier model. It all works on the same concepts, has the same technological linear arch of getting smaller, uses less power, and has greater capacity for larger efficient data transfers. The computer part is mainly removing bottle necks of data transfer. Which translates to making it faster.

Nitrogen centre vacancy nano diamonds also use bidirectional telemetry. They also the nano time diamonds in the GNT Graphene nano tubules, they're 3.8 nm in size, fits into 4 nm perfectly. Used for brain wave frequency reading and sending.

These nano diamonds may also be at the centre of all these bidirectional telemetry nanoparticles. Literally.

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May 18·edited May 18Author

Nanodiamonds are also non-degradable. How practical. With the albumin coating of the nanodiamonds, we have the possibility to create a stable coating and bind almost any drug to it, thus overcoming the “blood-brain barrier”. Hooray!

Reminds me a lot of the coating and the angle change of the salt crystal.

A carbon atom is replaced by a nitrogen atom.

By making specific changes to the lattice structure, we create defects that allow us to detect the diamond using laser beams or magnetic resonance imaging: It glows, so to speak. The University of Ulm and the University Medical Center of the Johannes Gutenberg University in Mainz are delighted.

The lattice structure of crystals and their manipulation is the focus of attention time and time again...

This is the basis of quantum computer systems. The nitrogen-vacancy center in the diamond lattice system.

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100% Agree. Some of the literature talks about a protein polymer coating, which can attach gold, silver, chlorides and oxides to each face with heavy metals, titanium ect attached. I'll look for that.

Nano diamonds, how to get them out?

They are attempting to nano pharmaceuticalise or should I say the magic secret ingredient nano diamondise, the medicinal cannabis industry. It was only a matter of time, since they know the cannabinoids contain nano gold and silver.

Check this out, why would they want to make a cannabis drug which induces inflammation?

"Our ‘Nanomaterials Laboratory’ group at William Paterson University targets developing new materials with unique optical, electrical and signaling properties, which are not available in traditional nanosystems [28]. We have been exploring various synthetic strategies to tailor metallic and semiconductor nanoparticles with various silicon-based biocompatible oligo- or polymers to manipulate the stability, solubility and delivery of drugs in a predictable fashion. This strategy can provide control over drug delivery in cases where traditional oral or injectable drug formulations cannot be used. We are also trying to generate new nanoparticle systems loaded with cytokines and cannabinoids for theranostic application in viral infections inducing inflammation [29]. The approach is to synthesize drug conjugates, which are inert, biocompatible, mechanically strong and safe. The goal is to incorporate cannabinoid nanoparticles in our mechanistic in vitro and in vivo studies taking into account particle size and route of delivery of the cannabinoid molecules in transgenic mice models of CNS function."

https://www.futuremedicine.com/doi/10.2217/nnm-2020-0221

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Great work, Silvia. Indeed, the problem requires multiple disciplines to solve. Cheers, Rod

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May 17Liked by SAM

Very in-depth!

Thank you from Canada 🇨🇦 for your great insites into the Dark ones Agenda

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I had light “pills”made once out of Glow powders by a fishing lure company . .. I thought of L.E.D pills but the time & expense were out of reach at the time . .. I also think of the blue and green algae of Mexico that can be consumed .. chlorophylls bioluminescence perhaps can be used?

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