Dark to Light... get in loser, we’re artificially incepting memories with light!
"It's Time to submit to your PODI procedure!"
Photonic Occular Demiurge Installation.
If you consider memory an act of rebellion that threatens the various false reality narratives of state mandates required to maintain control of the cybernetic system, the cultivation of an early-onset alzheimer’s epidemic starts to make sense as a mitigation strategy.
June 2021: Ramblin Joe Biden claimed every single hospital bed in America will have an Alzheimer patient in 15 years.
Note that DARPA has spent a lot of time and $$$ in Alzheimer research in which Biden-Harris national healthcare, ARPA-H is modeled after DARPA.
Assuming they (DARPA, Biden Administration, etc.) are anticipating a mass early onset of Alzheimer’s disease they can offer up machine-brain control interface as the most effective solution...And it's being tested on some disabled military vets.
Towards a High-Resolution, Implantable Neural Interface
Progress in Quest to Develop a Human Memory Prosthesis
Low Intensity Electromagnetic Fields Act via Voltage-Gated Calcium Channel (VGCC) Activation to Cause Very Early Onset Alzheimer's Disease
Mark A. Markowitz
For the low price of $3500, you can help IARPA, SRI, and NVIDIA turn your sensory neurons into remote control toys for Yaldabaoth.
IARPA MICrONS
Quote:Scientists Found a New Way to Control the Brain With Light—No Surgery Required
If I had to place money on a neurotech that will win the Nobel Prize, it’s optogenetics.
The technology uses light of different frequencies to control the brain. It’s a brilliant mind-meld of basic neurobiology and engineering that hijacks the mechanism behind how neurons naturally activate—or are silenced—in the brain.
Thanks to optogenetics, in just ten years we’ve been able to artificially incept memories in mice, decipher brain signals that lead to pain, untangle the neural code for addiction, reverse depression, restore rudimentary sight in blinded mice, and overwrite terrible memories with happy ones. Optogenetics is akin to a universal programming language for the brain.
But it’s got two serious downfalls: it requires gene therapy, and it needs brain surgery to implant optical fibers into the brain.
This week, the original mind behind optogenetics is back with an update that cuts the cord. Dr. Karl Deisseroth’s team at Stanford University, in collaboration with the University of Minnesota, unveiled an upgraded version of optogenetics that controls behavior without the need for surgery. Rather, the system shines light through the skulls of mice, and it penetrates deep into the brain. With light pulses, the team was able to change how likely a mouse was to have seizures, or reprogram its brain so it preferred social company.
To be clear: we’re far off from scientists controlling your brain with flashlights. The key to optogenetics is genetic engineering—without it, neurons (including yours) don’t naturally respond to light.
However, looking ahead, the study is a sure-footed step towards transforming a powerful research technology into a clinical therapy that could potentially help people with neurological problems, such as depression or epilepsy. We are still far from that vision—but the study suggests it’s science fiction potentially within reach.
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Using viruses, scientists can add a gene for opsins, a special family of proteins from algae, into living neurons. Opsins are specialized “doors” that open under certain frequencies of light pulses, something mammalian brain cells can’t do. Adding opsins into mouse neurons (or ours) essentially gives them the superpower to respond to light. In classic optogenetics, scientists implant optical fibers near opsin-dotted neurons to deliver the light stimulation. Computer-programmed light pulses can then target these newly light-sensitive neurons in a particular region of the brain and control their activity like puppets on a string.
It gets cooler. Using genetic engineering, scientists can also fine-tune which populations of neurons get that extra power—for example, only those that encode a recent memory, or those involved in depression or epilepsy. This makes it possible to play with those neural circuits using light, while the rest of the brain hums along.
This selectivity is partially why optogenetics is so powerful. But it’s not all ponies and rainbows. As you can imagine, mice don’t particularly enjoy being tethered by optical fibers sprouting from their brains. Humans don’t either, hence the hiccup in adopting the tool for clinical use. Since its introduction, a main goal for next-generation optogenetics has been to cut the cord.
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But for unraveling the inner workings of the brain, it’s an amazing leap into the future. So far, efforts at cutting the optical cord for optogenetics have come with the knee-capped ability to go deep into the brain, limiting control to only surface brain regions such as the cortex. Other methods overheat sensitive brain tissue and culminate in damage. Yet others act as 1990s DOS systems, with significant delay between a command (activate!) and the neuron’s response.
This brain-control OS, though not yet perfect, resolves those problems. Unlike Neuralink and other neural implants, the study suggests it’s possible to control the brain without surgery or implants. All you need is light.
Singularity hub
"It's Time to submit to your PODI procedure!"
Photonic Occular Demiurge Installation.
If you consider memory an act of rebellion that threatens the various false reality narratives of state mandates required to maintain control of the cybernetic system, the cultivation of an early-onset alzheimer’s epidemic starts to make sense as a mitigation strategy.
June 2021: Ramblin Joe Biden claimed every single hospital bed in America will have an Alzheimer patient in 15 years.
Note that DARPA has spent a lot of time and $$$ in Alzheimer research in which Biden-Harris national healthcare, ARPA-H is modeled after DARPA.
Assuming they (DARPA, Biden Administration, etc.) are anticipating a mass early onset of Alzheimer’s disease they can offer up machine-brain control interface as the most effective solution...And it's being tested on some disabled military vets.
Towards a High-Resolution, Implantable Neural Interface
Progress in Quest to Develop a Human Memory Prosthesis
Low Intensity Electromagnetic Fields Act via Voltage-Gated Calcium Channel (VGCC) Activation to Cause Very Early Onset Alzheimer's Disease
Mark A. Markowitz
For the low price of $3500, you can help IARPA, SRI, and NVIDIA turn your sensory neurons into remote control toys for Yaldabaoth.
IARPA MICrONS
"It is hard to imagine a more stupid or more dangerous way of making decisions than by putting those decisions in the hands of people who pay no price for being wrong." – Thomas Sowell