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I love to nominate a name for amber objects Matt became so fascinated with in this video. If were calling the rings doughnuts, then we can certainly call them mangos!
Graphene oxide washed with hydrogen peroxide gives you Graphene hydroxyl. GO lasts a few days in the blood and GH might last maybe a year. GO looks clumpy and GH looks flaky under a microscope. The flakes are very sharp. GH is also a positively charged partical.
The devices they make works using either.
ALC-0315(Pfizer) and SM-102(Moderna) becomes protonated at the nitrogen atom, yielding an ammonium cation that is attracted to the messenger RNA (mRNA), which is anionic
The concept is the positively charged cation will be attracted to the heme or iron left over from the hemoglobin forming an antigen on the covid viral protein.
My problem is what takes place next. This forms the S1S2 viral protein that functions as a viral protein that is a known carcinogenic, creates blood clots and a number of other problems.
For reference: Magnetic Hydrogel is that film you stick on your Ipad for scratch resistance
Hello David and Mat!
Could the colours of the donougths and the ambre objects match those of quantum dots?
Some have stated the appropriate concentrations of chlorine dioxide solution (CDS) will work against the quantum dots and nano particles that arise from the injections., I suggest investigating this with the microscope. My suggestion is to investigate what a CDS solution that approximates the blood concentration level of Protocol C does to these structures. Here is a link to a website that described CDS and the different protocols. https://andreaskalcker.com/en/cds-clo2/cds-protocols.html
I don't know how anyone can doubt these are electronic circuits. Go look at electron microscopic images of a computer chip or cpu. We're probably missing a lot of detail due to limitations of Dr. David's microscope. If we could get his samples under an electron microscope maybe we can start seeing the traces on the boards.
We have to get beyond the notion that electronic components (resistors, teansistors, caoacitors, inductors) look like what you can pull out of the drawers in the back of a Radio Shack and hold in your hand, or look like the components in your 1970's transistor radio. They are just not designed like that anymore in the microchip, nanochip scale. You're just not going to see a big ol' black or blue aluminum canister of an electrolytic capacitor on thess micro/nano circuits.
Here's your frayed wires. It's carbon nanotubes. https://www.wired.com/2009/03/nanomuscle/
Here's an article from 2004 that discuses using Carbon nanotubes as semiconductors in nano circuits. https://newsarchive.berkeley.edu/news/media/releases/2004/01/05_nano.shtml
If this was 2004 where are they now 18 years later? Need to evolve in our ideas about technology based on old designs. There is probably much new technology we are unaware of. Silicon based semicunductors a thing of the past, particularly in regards to nano tech.
I think next step is to bring in a Spectrum Analyzer to see if these circuits are emitting a frequency. Need to eliminate as much outside frequencies as possible, faraday cage if possible.
Shape-shifting, genetic-modification, self-assembly, autonomous quantum-dot type bioengineered nanoscale biosynth-hybrid, synthetic structure + tissue-building "living robots", reconfigurable organisms. Xenobots / microbots. Once they enter a person/ animal's body system, --- (this can take place via several possible means, the most recent way that these were unleashed was, of course, via direct injection for individuals who submitted to the syringe, but also to the unwilling-to-be-syringed via shedding off-gassing from the Covidserums-injected population, but engineered nano xenobots/microbots were already being infected into / unleashed upon the general population and animals and insects since at least 2011 is my surmise, and I think they had ramped it up again from 2015; and I think by 2014 more and more persons were starting to manifest with odd dermatographia / skin manifestations which carried with it no other symptomology.) --- they "seed" in the host body, and replicate, and start "setting up shop" so to say, by way of interacting with and being influenced by its surroundings --the internal structures/fluids/chemistry (for example in the epithelium and vasculature)-- by architecting the carbon nanotubes and bionanomesh to create a "system network" in the body. And the replicated "living" autonomous self-actuating xenobots and biosynthetic particles and formed structures "communicate" and interact with each other, have an influence on each other. And in turn, all of those nanobots are influenced further, by fluctuations in temperature, pH levels, body chemistry, photon factors (light / electro frequencies-- radiowaves, electromagnetic force), sound harmonics, even emotional states / general state of the host organism / host organism terrain conditions)---
https://www.youtube.com/watch?v=MJ8NorRU_6c Scientists Create the FIRST Living Robot!
A scalable pipeline for designing reconfigurable organisms
Sam Kriegman https://orcid.org/0000-0002-9207-1775, Douglas Blackiston, Michael Levin, and Josh Bongard email@example.comAuthors Info & Affiliations
Edited by Terrence J. Sejnowski, Salk Institute for Biological Studies, La Jolla, CA, and approved November 26, 2019 (received for review June 24, 2019)
January 13, 2020
117 (4) 1853-1859
Shape-shifting, genetic-modification, self-assembly, autonomous quantum-dot type bioengineered nanoscale biosynth-hybrid, synthetic structure + tissue-building "living robots", reconfigurable organisms. Once they enter a person/ animal's body system, --- (this can take place via several possible means, the most recent way that these were unleashed was, of course, via direct injection for individuals who submitted to the syringe, but also to the unwilling-to-be-syringed via shedding off-gassing from the Covidserums-injected population, but engineered nano xenobots/microbots were already being infected into / unleashed upon the general population and animals and insects since at least 2011 is my surmise, and I think they had ramped it up again from 2015; and I think by 2014 more and more persons were starting to manifest with odd dermatographia / skin manifestations which carried with it no other symptomology.) --- they "seed" in the host body, and replicate, and start "setting up shop" so to say, by way of interacting with and being influenced by its surroundings --the internal structures/fluids/chemistry (for example in the epithelium and vasculature)-- by architecting the carbon nanotubes and bionanomesh to create a "system network" in the body. And the replicated "living" autonomous self-actuating xenobots and biosynthetic particles and formed structures "communicate" and interact with each other, have an influence on each other. And in turn, all of those nanobots are influenced further, by fluctuations in temperature, pH levels, body chemistry, photon factors (light / electro frequencies-- radiowaves, electromagnetic force), sound harmonics, even emotional states / general state of the host organism / host organism terrain conditions)--- Once they've grown their network foundationally in the host body, manifestations in the skin will appear, then dissipate back to normal (disappear), then re-manifest, then dissiipate (disappear)-- seemingly randomly. No apparent rhyme or reason. And with no other perceptible symptomology, except for some manifestations having an itchiness. Some of the visible forms of the manifestations are: (1) Exactly the structures shown in the microscopy slides that you guys and Quinta Columna have shared with the world (but readily visibly manifested in the skin-- such as ribbon swaths, elongated beady/bumpy nanofiber formations, worm-like parasite-mimicked swelled formations, dots, bubbles, flat micro-SD card-type forms and outlines, organic tree/plantlife branch-like and leaf-like formations and patterns, graphic patterns, geomatric forms and patterns, etc) , (2) perfect cross-haired antennas, (3) skin cell-grids -- such as perfect geometric ice cube tray/ waffle pattern formations with sunken wells, perfectly aligned cheetah spots with the spots being sunken wells, all in perfect array, (4) perfect mechanical digital stitching lines wth sunken wells that contain perfect tiny bead circles inside the rectangular stitches, (5) deeply and tightly sunken in / concave straight line segments, semi-curve segments, parallel lines, (6) perfect geometric forms, such as triangles, arrows, squares, rectangles, hexagons, (7) elaborate deeply tightly sunken in graphic patterns, both curvaceous / organic, as well as geometric, mixed in with flat microcircuit card-resembling imprints.
The culling agenda is definitely one facet to the operation. But another agenda aspect of it is to implant in us the "nanowiring" so to say inside us so that we're monitorable / trackable / scannable / surveillable in all ways and at all times / controllable / electro-shockable / kill-switchable / debilitate-able, and "hook-up-able" / hooked up to the "Internet of Things" operation. And the cover story for funding and publishing the R+D for this program, is the cloak cover story of "Medical Breakthroughs / Cancer- therapy advancement, improvements for medical treatments and diagnostics, etc..
And here are key phrase segments of notes I've been taking, as I've been looking through search terms and perusing the research papers:
PORE-FORMING PEPTIDES / DNA ORIGAMI / MESOPHOROUS SILICA PORES (nanopores) / Fusogenic Liposome-coated PSiNPs / Luciferase-Modified Magnetic nanoparticles / Multi Walled NanoTubes / superparamagnetic dual-mesoporous silica spheres / Patterned microwell compartments / Self-Assembly PbSe Quantom Dots / Metallic Semiconducting Nanocrystals / Nanowires / Dynamic deformability of individual PbSe nanocrystals during superlattice phase transitions /Internanocrystal interaction during superlattice self-assembly / fibril polymorphism / Nanowire threads, dots, nano-biosynthetic AI parasites / carbon nanofibers-nanotubes/nanoES, neurofibrillary tangles, Tau fibrils, ribbon-like fibrils, insulin fibrils, fibril polymorphs, TMV rods, amyloid nanotape structures, peptide nanotapes, soft AI actuators, self-assembly genetically engineered hydrogels biosynthesis progeny, self-assembling protein motifs, biosynthetic structures, self-replicating 'living' materials, scalable self-propagating 'living materials' through combined use of self-assembly and synthetic biology, bio-hybrid species-- part biology part AI / self-replicating new AI organisms / bio-hybrid micro bots, biosynthetic endothelial cells. biosynthetic structures bioengineered from smart hydrogel, biomimetic, tissue bioengineering inside a living animal / "Molecular programming of BCPs provides a novel route toward the formation of cationic, asymmetric nanoworms, an exciting platform for applications in nanomedicine where the elongated nanostructures and positive charge can enhance interactions with cellular surfaces and drive integration of therapeutic cargo" / Liquid Computing, Cyborg Tissue, & Injectable Neural Links / "Virus-sized Transistors" / lipid-coated silicon nanowire /Neural Lace/ syringe-injectable mesh electronics with plug-and-play I/O interfacing with minimal immune response / allowing for injection of “lace-like electronic mesh into 3D synthetic & biological structures in the body / Implanted Mesh Nanoelectronics / Liquid Computing, Cyborg Tissue, & Injectable Neural Links; Syringe-Injectable Mesh Electronics and Flexible Thin Film / "Smart" Nanofiber Mesh Nanoelectronics: Seamless Integration of Electronics with Tissues / Bioelectronic interfaces / Magnetically Induced Brownian Motion of Iron Oxide Nanocages in Alternating Magnetic Fields and Their Application for Efficient siRNA Delivery / Deterministic organization of nanostructures into microscale geometries / scalable fabrication of 3D corrugated carbon nanotube (CNT) microstructures, via an iterative sequence of vertically aligned CNT growth and capillary self-assembly / Corrugated carbon nanotube microstructures with geometrically tunable compliance / DNA nanotechnology electronics DNA metallization nanofabrication / "Smart" hybrid protein DNA nanostructures, DNA-based Nanofabrication surface engineering
Advances in nanotechnology and nanomaterials-based strategies for neural tissue engineering / . MESOPHOROUS SILICA nanoparticle "pores" in geometric form ; Nanosilica pores; chemically modified mesophorous silica particles (structurally sound silica cages) that are injected into the body. Mesophorous silica nanostructures (good bio-compatibility)(good for tissue engineering, payload delivery, etc) The complex system showed good gene transfection efficacy, cellular uptake in addition to the biocompatibility) Porous silicon film as a carrier / Magnetic nanoparticles (MNPs)-- tissue engineering applications (MNPs can contain collagen hydrogels) Direction controlled scaffold or biomaterials; formation of well align hydrogel with strings of magnetic nanoparticles.Fiber and magnetic nanoparticle strings. Toxicity of MNPs are overcome by coating the particles with biocompatible materials like nanohydroxyapatite thru sonochemistry. Helped with axonal elongation. Lectin-functionalized nanoparticles. Lectin-functionalized quantum dots (QDs) loaded nanoparticles conjugated with WGA shows promising results of distribution of nanoparticles (WGA-QDs-NP) at different time intervals after intranasal administration. Carbon dots doped with metals (gold, silver, gallium zinc, tin, thru cavitation method) using PEG-400. Also element-doped carbon dots (nitrogen, boron, phosphorous) Lectin-functionalized quantum dot-loaded nanoparticles. Polymeric nanofibers, carbon nanomaterials, / Functional nanofibers / “stimuli-responsive,” “environmental-sensitive,” “smart,” or “intelligent” polymers / the ability to respond to very slight changes in the surrounding environment / The fast macroscopic changes occurring in their structure and the reversibility of these transitions demonstrate the uniqueness of these materials / "These photo-crosslinkable, temperature-responsive, polymer-based nanofiber meshes demonstrated dynamically and reversibly tunable properties, including swelling/shrinking, mechanical strength, and porosity" / The dynamic nature of these smart fibers can also be used to induce mechanical forces that lead to changes in cellular behavior.21 Taking all the merits of smart fibers into account, these materials can be utilized as tools for a wide range of applications / "Electrospun Nanofibers as Carriers of Microorganisms, Stem Cells, Proteins, and Nucleic Acids in Therapeutic and Other Applications" / From Heterostructured Nanoparticles to Colloidal Composite Nanostructures / NANOBIOHYBRIDS / Nanobiorobotics / Self-Propelling Targeted Magneto-Nanobots
And I stumbled upon this the other day:
Cabal Synth-Bionanobot Seeding Operation Foregleam (2010)
(Oct 18 2010) https://www.ign.com/videos/microbot-teaser-trailer
(Jan 5 2011) https://www.ign.com/videos/microbot-launch-trailer
(Feb 1 2015) https://www.youtube.com/watch?v=BxJPceCV51g
(Jan 23 2015) https://www.ign.com/articles/2015/01/23/scientists-have-successfully-used-self-destructing-nanobots-on-living-mice
Thank you and your team for all of your efforts to help us!
Thoughts, please, on this new video? A collaboration, perhaps?
Have you determined a possible significance of the donuts, which you point out quite a bit?
Am assuming you've considered that optogenetics is being used in this tech. "One advantage of optogenetics is that it potentially requires no surgical intervention, only a gene-manipulating injection. In this process, certain light-sensitive proteins are packaged in a virus and via injection transmitted to the intended site in the brain, where it infects various cells. These light-sensitive proteins can then be used to specifically excite or even shut down individual neuronal networks using LED light. In other words, LED light can be used to erase and overwrite memories and to quickly and precisely control and influence brain and muscle cells – and thus feelings, thoughts, body movements and behaviors. Accordingly, optogenetics requires only LED light that irradiates neurons in the brain. The irradiation takes place, for example, through the brain cover or through nano-LEDs implanted in the body." https://www.kla.tv/23072
Also, this article may be of interest: Reversible fusion and fission of graphene oxide–based fibers
Your integrity, persistence, diligence, & love for mankind is much appreciated.
Hi. Please test to rule out how many (what percentage) of these objects are cholesterol crystals. Thanks
I believe what we are seeing is the crystallography of lipid fats and cholesterol. Assigning any electromagnetic properties to them is something I cannot accept. I think the best explanations of what's in the vial are from Dr. Ryan Cole and Mike Adam's. Independent analysis in Germany supports their findings. David and Mat are missing the boat.
I doubt anything waxy forms in the body since the components are not allowed to settle and achieve a stable arrangement, as dictated by thermodynamics.
I commend David for his photographic expertise, but his interpretations are severely influenced by confirmation bias.
This is brilliant work Dr Nixon! There is so much detail and depth here and I am feeling energy come off the lighted donuts in particular. I can only speak to the energetic/ frequency aspect. I feel there is a merging or symbosis between the technological and the energetic here. The technology feels like it is being created through an energetic process. Because of this, I am wondering if there is a certain level of pattern recognition occurring in the assembly. It is creating itself by understanding what it is meant to form into. If the frequency is key, then assembly within the human body could certainly be determined by an individuals personal frequency or energetic vibration. The higher the personal vibration, the higher the likelihood of these materials not assembling with the body and potentially being eliminated by themselves, I feel. I have to say, I love the banter between the two of you. It just lightens things so much
I did a lot of microscopy as a laboratory research analyst at Duke Medical Center in Durham, NC, USA. When I view your slides, I see a lot of salt crystallization. I'd like to know what steps you're taking to seal these samples from desiccation/water evaporation and avoid air inclusions. It's a bit tricky to do this but with care it can be done. However, there's no question that 1) these formulations contain components which clearly don't belong in legitimate vaccines and 2) there's definitely aggregation over time into more complex, inorganic, structures.
The biggest question for me is: What kind of sophisticated nano-tech are we dealing with here? It can't possibly be good, in my humble opinion.
I am enthralled at the lines of investigation you two are pursuing. Thank you. I'm following your work along with Shimon, La Quinta Columna, et al.
This is beyond fascinating.
Around 56 minutes, when you are looking at what seems to be a new connection between a fibre and a CLO (Circuit Looking Object, Matt’s suggestion, which I like, would it be possible to see that without the bright glare? Shimon refers to this as saturation and gets you to turn down the light intensity or some such - or alternatively could we perhaps see it in bright field?