Neurograins

BCIs, or Brain Computer Interfaces, let a computer talk to your brain and vice versa. They’ve been around for more than 50 years, and the latest version works wirelessly and via microchips no bigger than a grain of salt called Neurograins.

Deep tissue wireless neural interfacing at the micron scale.

A video from the University of San Diego about neural dust, which enables two-way communication between a computer and a living being via ultrasound. Here it is done with a rat, which they make move its legs remotely. The neural dust is described as 1 mm in size but with the possibility of injecting it in the future.

Meta, Facebook's parent company, is developing Thought to text: predictive writing by just thinking about something. What is already possible is using an fMRI to read and predict your thoughts, see what you see in your mind and more. This is called synthetic telepathy and it has been around for a long time. It is so common that with self-assembled BCIs that you can simply buy online, you can create basic synthetic telepathy at home. You can buy kits to make a BCI yourself at Openbci.com, for example.

If you get something injected into your body that is no bigger than a speck of dust, not only can your bodily functions be monitored and read out; your muscles and nerves can also be controlled by it: by others. It works by means of ultrasound and does not require an energy source in the body.

In this way, body parts can also be moved by others, I have experienced it myself; I was lying on the couch and suddenly my arm went up in the air. Here, moving the other person's arm still happens by means of a wired connection, but as soon as there are nanobots in bodies, it can also be done wirelessly in my opinion.

How AI can read your mind: with MRI. Also how this works just as well with a handheld portable device, for everyday mind reading. This is the same technique from Meta again. And that companies are already building this technique into headphones and earphones.

You can do things with your mind: control robotic arms, drive toy cars, Google, give answers directly and wirelessly to a computer, and more. In this video, a completely paralyzed woman can move an external robotic arm just by thinking about it.

 You can control a toy car with your thoughts (at 1.27m).

 Someone connected their brain to ChatGPT and can now ask it questions just by thinking about it. Someone else wrote a script that allows them to use Google directly from their brain, just by thinking about it, using their own home-made BCI from OpenBCI.

Brain to brain communication between people who are at a great distance from each other was possible as early as 2014 and does not require surgery or electrodes. It is done via a BCI (Brain Computer Interface) that picks up the signals from someone's brain via an EEG and translates them into a binary message (0s and 1s, "computer language"). At the receiver, it is translated back by a Computer Brain Interface.

Here again the possibility of wirelessly linking human brains in this video from Rice University, where neural dust was invented, in collaboration with Darpa. "MOANA, which is short for "magnetic, optical and acoustic neural access," will use light to decode neural activity in one brain and magnetic fields to encode that activity in another brain, all in less than one-twentieth of a second."

How rats and monkeys whose brains were linked learned to work together as a single organism/supercomputer, even though they never saw each other or even knew each other existed.

Every person has a unique brain frequency that allows him and only him to be identified: this is called EEG based biometry. Logically, you are the only one who can be reached at that specific frequency. This explains why unspoken words in this video can go straight into the head of one person without people who are standing a meter away from them noticing anything.

Here the modern technology of replaying recorded dreams. It is done by means of an algorithm and AI.

A BCI uses multiple methods: Transcranial Magnetic Stimulism, Directed Energy, Optogenetics, and Nervus Vagus Stimulism.

Here is shown how Transcranial Magnetic Stimulism works: with electromagnetism. An electric current through a magnetic field changes the state of the neurons in a certain part of the brain. If you do that with the motor cortex, you can make someone's hand or face move, with the visual cortex you can make flashes of light appear for the person, and with the dorsolateral prefrontal cortex you can influence someone's judgment and the choices they make.

Het bestaat al sinds 1934, zie het artikel “Remote control of electrical stimulation of the nervous system”.

All of the information above is publicly available. Below are two videos by Dr. James Giordano. He works for Darpa, the Pentagon and the EU Brain Project. In this lecture at West Point, the US military training institute, he says that nanobots are now so small that they can be spread through the air. They then penetrate the membrane in your nose into your body and spread everywhere through your blood. They can be combined into larger bots that cause blood clots in your brain: in other words, it is possible to give someone a stroke from a distance. As he says: “These can be weaponized.” (at 37.45 m)

These nanobots also ensure that it is possible to read and write in the brain in “real time”, so at the moment itself. Reading=seeing what you are thinking and writing=saying things to you. (at 17.35 m)

Hier zegt dr. Charles Morgan, een CIA-arts:  "If we can design a cell to go into your body" "fun to take it over". (op 16.26 m en op 28.41 m)