Thread by @MarcusAureleus

#Graphene is a single atomic layer of graphite which forms a HEXagonal(6) lattice of carbon, the 6th element on the Periodic Table. Carbon has 6 neutrons, 6 protons and 6 electrons. The EU has invested over $1 billion into research of this material, including its biocompatibility

You don’t need to be a doctor, scientist or genius to understand what’s happening here. They’ve discovered a “wonder material” that can integrate w/ our biology to connect us to the internet/technocracy control grid: the #hivemind. It’s no coincidence that it’s a honeycomb shape.

#Graphene is the most electrically conductive material we know about. When converted into a #liquidcrystal phase, it becomes highly responsive to electromagnetic waves. It’s been found to be biocompatible and works with our own internal electric impulses. #Magnetogenetics

It was first demonstrated in 2015 that magnetic #nanoparticles could be used as a transducer to enhance the neuronal signals in a mammalian brain.

In 2021 it was shown that remote, in vivo manipulation of behavior of mice can be done using #magnetogenetics. #InformedConsent

https://twitter.com/marcusaureleus/status/1441981648720089090

In the #future imagined by the minds of the WEF, the entire human species will evolve into something new over the coming century. They will be as different from us as we are from Neanderthals. This will be the new economy and people would literally be products. #BraveNewWorld

https://twitter.com/marcusaureleus/status/1442003630224199686

This 2014 TED Talk gives you an idea of the direction they were headed with #graphene applications back then. It really does seem that the possibilities are endless with this “ultimate material” that has been there all along. This is how you make a #cyborg.

https://twitter.com/MarcusAureleus/status/1441998945241100291

#Teslaphoresis is be used to manipulate and control #graphene #nanoparticles. They self organize and complete a circuit. You can see how these particles could pick up electrical signals from the nervous system of a living subject and make connections.