This is a series of articles on Injectable Implants, Nanotechnology and their implications for our rights and liberties. The last article is here.
We move now to understand the current state of implant technologies – and that technology largely rests on one man: Dr. Richard Lieber.
Dr. Lieber’s work bore relevant fruit in 2001. He had found a way to build a lattice or framework of nanowires and nanotubes. He used these materials to build “three dimensional” electronic nano structures, a nanoscale electronic system. Like a server rack, but flexible, and tiny: These structures were as small as individual neural cells. But these were just the frames. Dr. Lieber was not just building nano computers, he wanted the human brain to connect to them.
Lieber sought for brain cells to forego the “foreign body” immune response (and subesequent rejection) of these nano structures, and to have human brain tissue seamlessly grow within them. He wanted to put electronic devices into the brain, and make the human body stop fighting them. Or, conversely, grow brain tissue into the three dimensional nano structures he built. This development track has been referred in an MIT publication and elsewhere, as ‘cyborg’ (full article downloadble below) tissue. This development is also called a “wetware computer.”
Dr. Lieber’s product prompted the NIH Director’s Pioneer Award, for 2008. The NIH describes the objective best, as “active interfaces between nanoelectronic devices, cells, and tissue …”
Money started flowing. The NIH, Harvard, and of course, the Department of Defense. This allowed him to go further in his efforts to bypass body-rejection barriers. This unleashed a new era: syringe injectable mesh electronics. These very minute nano electronic structures could now be injected into people, instead of requiring surgery to be implanted. The body’s natural defense mechanism, which ultimately leads to rejection of unnatural structures within the body – apparently circumvented.
It was 2015 then. Science poured accolades on Mr. Lieber, and his associates. Scientific American called injectable electronics a top-ten world changing idea. Chemical & Engineering News called injectable mesh electronics “the most notable chemistry research advance of 2015.”
By 2017 Mr. Lieber garnered another NIH Director’s Pioneer Award. This time, the goal was even more clearly defined: “Syringe-injectable mesh electronics for seamless integration with the central nervous system.”
The target of this research was the central nervous system, blending electronics into the human brain.
Among the objectives was “modulation,” otherwise known as, Control.
What does this mean, from a practical standpoint ? It means anyone injected by these particulate implants could have their eyes seen through, their emotional states altered, their minds monitored: Remote Neural Monitoring, or RNM.
For people that understand the potential misuse of that technology, the line was clear.
You may not have a choice to turn on, tune in, and drop out. Nope. Someone might actively interface into your CNS, and make you do it. They might not even let you know.
But don’t take it from me, take it from the Chair of Harvard’s Chemistry and Chemical Biology Department:
“Can we just inject electronic circuits through a needle into the brain, or other tissue, and then connect it, and then monitor?
“Yes, we can, and that’s where we are today.”
Charles Lieber, Harvard’s Chemistry and Chemical Biology Department Chair, 2018.
Chronic retinal and neural monitoring allows harassment; and ultimately control. And these substances are very hard to find and very hard to track. How did this Happen ? Read the next article in this series.
The Genesis of Current Injectable Implants, Biochips, and Microchip Technology #RNM #Injectable Implants #Privacy #Harassment #Nanotechnology #Biochips #Microchips
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