You thought Magnetogenetics are scary? Optogenetics are a similar thing, but using light instead of electromagnetism, non-invasive and non-detectable. Both stem from DARPA’s BRAIN Initiative.
And you may be able to avoid EMF radiation, but you can’t avoid light.
(BIOHACKING P.6)
This actually touches on a wide array of concerns, from LEDs to vaccines, The Great Reset and the smart grid.
I am very confident that if you pay attention to this video presentation from start to end, you will spend one hour, but you will save incommensurably more hours of guessing, wondering and researching. Not just the many hours I spent doing this, but the many more hours I learned where to look for and how to connect things.
You’re still supposed to not take my word and do your own research, but this will give you some of the best tips on the topic.
Oh, so much wow! just hours after putting this out I find out they will be spraying us with viruses. Shocker!
ADDITIONAL RESOURCES
OBAMA, DARPA, GSK AND ROCKEFELLER’S $4.5B B.R.A.I.N. INITIATIVE – BETTER SIT WHEN YOU READ
THE INTERNET OF BODIES AKA THE BORG IS HERE, KLAUS SCHWAB SAYS (BIOHACKING P.5)
FOIA RELEASE: REMOTE MIND CONTROL LINKED TO DARPA’S BRAIN MAPPING. IN 2018
HOW CAN PATTERNED ILLUMINATION BE USED IN OPTOGENETICS EXPERIMENTS?
Brain Control With Light: It’s Possible With Optogenetics
Lighting the Brain
Karl Deisseroth and the optogenetics breakthrough.
By John Colapinto, The New Yorker, May 11, 2015
DARPA Awards $21.6M to Develop Optogenetic ‘Read-Write’ Neural Interface
July 24, 2017, Biosciences
Ehud Isacoff of the Molecular Biophysics and Integrated Bioimaging (MBIB) Division is the project lead on a $21.6 million grant awarded to UC Berkeley as part of the Defense Advanced Research Projects Agency’s (DARPA’s) Neural Engineering System Design program. The team led by Isacoff, director of the Helen Wills Neuroscience Institute at UC Berkeley, aims to develop a novel brain-machine interface that uses light to monitor and modulate the activity of thousands to millions of individual neurons in the cerebral cortex.
To communicate with the brain, the team will first introduce a gene encoding a fluorescent protein into neurons, making the cells flash when they fire an action potential. This will be accompanied by a second gene encoding a light-activated protein that stimulates neurons in response to pulses of light. The reading device Isacoff’s group is developing is a miniaturized light field microscope, which captures light through an array of lenses and reconstructs images computationally in any depth of focus. For the writing component, they are developing a means to stimulate groups of neurons by projecting three-dimensional light patterns onto them.
The researchers’ goal during the initial four-year funding period is to create a prototype device using model organisms—such as zebrafish larvae and mice—in which neural activity and behavior can be simultaneously detected and controlled. But DARPA’s ultimate goal is to accelerate the development of biocompatible neural implants for use in humans to compensate for sensory deficits or to control prosthetic devices. Read more from the UC Berkeley News Center.
To be continued?
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