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Telestai Nexus's avatar

I am devouring everything I can find regarding voltage gradients and it is clear that they are using FLUORESCENT DYE that is voltage sensitive, as Sally Adee described it (We are electric, p.202) - I have not seen anyone who has made this connection clearly yet ! I think this is what Dr. Ana found everywhere in the nasal swabs, antigen test / pcr (it distributes over the whole face, head and there is UV sensitivity) - this is what is constantly sending light signals from our voltage gradients, to then be able to live read our ion channel communication systems / radiate back - they are literally doing that !

There are fluorescent nanoparticles used for that purpose and they are being found in the environment! Voltage Gradients become a light signal that can be picked up by sensors, regarding the PCR for example (as a possible route to get coherent data from the readings) ...

Ok so regarding PCR - it is the excitement from the light, allegedly, that brings the electrons forth from the "DNA" - but what if it is truly the ionic charge of the organic material being red out through fluorescent dye- that gives both spacial- and temporal voltage information (like in Levins experiment where you can see the electromes activity through voltage sensitive fluorescent dyes on organic material ) ... both is possible, since the exact chemical formula of the dye is not disclosed ....l

Dr. Ana describing the findings around "fluorescent dyes" https://rumble.com/v53x8gg-glowing-c19-shots-and-fluorescent-nanotechnology-with-pfizer-whistleblower-.html

they are making the voltage gradients visible and easy to pick up, very smart (but demented) !

Fun find : "Voltage-sensitive promoters: DNA sequences controlling luciferase gene expression, activated by voltage-dependent cellular events. Example—depolarization opens calcium channels, calcium binds transcription factors, promoter turns on, luciferase produced. Not luciferase itself responding to voltage, but its production triggered indirectly.

Substrate availability tied to membrane potential: Luciferase needs luciferin, ATP, oxygen. Membrane potential shifts (e.g., depolarization) can alter ATP synthesis via mitochondria or ion-driven transport of luciferin. Voltage affects substrate levels, thus luciferase activity, not enzyme’s structure or function directly." so there you have it, it is not luciferase directly that triggers the voltage sensitivity - it is the genes telling it that first and then it is voltage sensitive. But the A.I. denied it first ;)

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PhilH's avatar

Amazing work thank you. You’re on a roll. What really has me shaking my head is that one smart guy like you, with some common sense and simple experimentation can demonstrate these truths, and all the PhD‘s, professors, and universities in the world apparently can’t seem to figure it out.

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