I don't think pic that really shows anything related to OP's question.
For some reason people think that because graphene is made of carbon it must be black or very dark. It doesn't always work that way on the nano scale and solutions can be made clear despite having lots of ingredients because those molecules interact with each other to affect the absorption spectrum and that can cause dark materials to turn clear or vice versa. I'm no expert on nanotech but I know my way around a lab enough to know that lack of color means nothing when determining if a particular substance is in a solution.
Ok, but it still has nothing to do with the color argument that OP is asking about. This is talking about cellular responses at different concentrations.
Spend your energy debating with a mindless baboon to of a coworker, knowing full well it will not listen to reason as the only goal is to make you look the fool.
Or…
Focus your energy on ensuring you will never have to work alongside idiots like said baboon.
And…
Focus on memes.
Most of this stuff is beyond the attention span of the majority of people… to truly understand, you need hours upon hours of reading and a foundational understanding of the sciences plus following the web of knowledge around this stuff.
You just can’t fit this shit into a tiktok video… but memes are powerful.
Memes are like mini EMPs for zombie brains, it’s just enough energy to short circuit the programming and allow logical processes to boot up.
Graphene oxide which protects the spike protein in the vax is coated with a nano lipid and there for does not come in contact with the saline base.
here's a slide from a presentation showing graphene oxide (GO) in solution: https://files.catbox.moe/o0b4cg.png
I don't think pic that really shows anything related to OP's question.
For some reason people think that because graphene is made of carbon it must be black or very dark. It doesn't always work that way on the nano scale and solutions can be made clear despite having lots of ingredients because those molecules interact with each other to affect the absorption spectrum and that can cause dark materials to turn clear or vice versa. I'm no expert on nanotech but I know my way around a lab enough to know that lack of color means nothing when determining if a particular substance is in a solution.
Colors are very easy to manipulate with chemistry. Here's an example: https://www.youtube.com/watch?v=es1voPWXrlU
it's a screenshot from this presentation showing large and small graphene oxide aggregates with or without serum : https://www.youtube.com/watch?v=_kAevCpFNW0&t=1032s
Ok, but it still has nothing to do with the color argument that OP is asking about. This is talking about cellular responses at different concentrations.
At this point I tell my friends "Let me not spoil the ending for you, just keep watching"
You have 3 options…
Or…
And…
Most of this stuff is beyond the attention span of the majority of people… to truly understand, you need hours upon hours of reading and a foundational understanding of the sciences plus following the web of knowledge around this stuff.
You just can’t fit this shit into a tiktok video… but memes are powerful.
Memes are like mini EMPs for zombie brains, it’s just enough energy to short circuit the programming and allow logical processes to boot up.
https://greatawakening.win/p/12jw3bIrKb/it-really-is-a-kill-shot--karen-/c/