Graphene Oxide in Vaccines: Why They Don’t Exist!
by Next Level (Knowledge Rethought)
translated from German via Telegram translate
February 4, 2024
The claimed existence of graphene oxide in vaccines has been mainly reported by La Quinta Columna (Campra) and Dr. Noack spread. From razor blades to antennas for a global cloud in the style of the fourth industrial revolution à la Klaus Schwab.
Claim: Graphene is theoretically composed of an invisibly thin, 0.1 nanometer-thick layer of carbon atoms in a hexagonal pattern, making it a two-dimensional material. If the number of layers exceeds nine, graphite with different properties is created instead.
Graphene vs. graphite
The debate surrounding graphene tends to mistakenly confuse it with graphite. While graphite, known from pencils, is a fragile, natural structure with no special properties, graphene is described as being 200 times stronger than steel and harder than diamond. However, studies have never clearly identified graphene; observed materials are often just thin layers of graphite, incorrectly interpreted as graphene.
La Quinta Columna (Campra) Missing evidence
1. Conflicting interpretations : In one place it is said that larger peaks in micro-Raman spectroscopy indicate graphite, in another place the opposite (narrower peaks).
2. Subjective selection of data: Out of 110 objects, only 28 were selected based on the contradictory peaks of micro-Raman spectroscopy, which showed inconsistency, without performing further biochemical analysis.
3. Impossible distribution of graphene in vaccines: The statement that graphene was present selectively in certain aliquots of vaccines contradicts the understanding of solution behavior and distribution in liquids and suggests measurement errors.
High-resolution TEM images of materials claimed to be graphene reveal significant defects in the structure. Instead of a perfect hexagonal arrangement of carbon atoms, as should be characteristic of graphene, one observes large holes and a distortion of the hexagonal structure towards round or even heptagonal patterns. These observations directly contradict theoretical assumptions about graphene as extremely hard and resilient. If graphene were actually 200 times stronger than steel and harder than diamond, such structural changes and defects should not occur under the influence of an electron beam.
The invisibility of graphene and atoms
The idea of isolating and manipulating “graphene” has no basis when the 3D representation of molecules such as “proteins” is an impossible task and even much larger structures such as SARS-COV-2 (1200 times larger) were never isolated. Considering that atoms, estimated at 0.1 nanometers, have never been seen directly and their “solid” part, the proton, is still tens of thousands of times smaller, and electron spins are said to be so tiny that they cannot even be considered “solid” particles can be viewed in the traditional sense, but rather as quantum states, the use of graphene appears to be pure fiction.
In our three-dimensional world, the idea of a two-dimensional layer, as assumed in graphene, is more of a theoretical construct than a physical reality. The idea that two-dimensional structures exist outside of mathematical models represents a logical stretch. Categorizing graphene as a “two-dimensional semimetal” therefore stretches the boundaries of what can exist in our real, three-dimensional environment.
To date, there is no method that makes it possible to specifically reconstruct a large piece of graphite in the sense of a macroscopic, three-dimensional block from the claimed isolated graphene layers smaller than 1 nanometer.
Cover image credit: PhotoLizM
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