Neuralink microchips can eavesdrop on the neural system.

 Neuralink microchips can eavesdrop on the neural system. 

The Neuralink microchip is a tool. That can make paralyzed people live more fulfilling lives. Neuralin microchips are installed in the patient's brain. And they can be connected to the computers. That allows users to control the computer using their thoughts. That thing is a brain-computer interface (BCI). This connects the human brain straight to the net. That opens the path to control remote robots using EEG. Those systems' data security must be over the top. If those systems are hacked, the results can be devastating. 

That BCI interface allows a user to control the computers, mobile telephones, and all other electronics using that microchip. The computer is the key to controlling physical things. And that's why BCI is the key element to control physical tools. The idea of the BCI was introduced in the Graig Thomas novel "Firefox". In that novel and movie, the pilot controlled the super fighter's weapon systems using the BCI. 

The BCI system that allows the use of user interfaces using EEG is the tool that can make more than Graig Thomas's fictional system ever could. Firefox was written in 1977, and that means modern neuralink applications are bypassing that fiction. And the reality is turned more impressive than fiction. The AI and advanced data technology are turning fiction into fact. The AI-controlled microchips can transmit data to the brain. 

Darth Vader, a fictional character from the Star Wars movies, is one version of the human-robot hybrid. The BCI can make that thing possible. The bionic robot can be connected to the brain using the BCI. 

And that advances learning. The BCI system makes technical remote viewing possible. That happens by connecting those microchips to the surveillance cameras or robot bodies. The same system can allow people to transmit their sensorial data and other things to other people across the air. Those microchips have their ultimate risks. That risk is hacking. The AI-based systems can also use neuro-implanted mictochips to project a person's thoughts to the computer screen. 

The neuralink-type microchips that operate with Bluetooth allow the user to connect themselves. Straight into the internet using things like mobile telephones as sockets. The internet can make it possible for a person to transmit things like tastes, visual images, and the sense of touch over the net. 

The sense that the neuralink microchip transmits depends on the brain area where the chip is installed. That thing gives an ultimate experience that the brain cannot separate from personal experience. And that is the risk in those systems. Those microchips can also transmit things like other people's memories. Or maybe the AI can create synthetic memories that are the synthetic EEG curves. If those curves are sent to the right memory area in the brain. Our brain cannot separate those " synthetic memories" from real memories. 

The brain-implanted microchips are tools that can make things like a Darth Vader suit possible. Those microchips can control things like a bionic prosthesis. That thing means that the robot-human hybrids are possible. Brain-implanted microchips can make incredible things possible. But a technical advance can make it possible to use intelligent tattoos that are miniature microchips to communicate with the brain. Those very small microchips and antennas can give enough accuracy for the data transmission between the computer and neural structures. 

https://www.rudebaguette.com/en/2025/08/elon-musks-neuralink-launches-mind-control-chip-trials-in-uk-paralyzed-patients-become-human-guinea-pigs-in-this-shocking-experiment/

https://en.wikipedia.org/wiki/Brain%E2%80%93computer_interface

https://en.wikipedia.org/wiki/Firefox_(novel)

Artificial intelligence and spam filters make BCI more versatile.

The problem with the brain-computer interface, BCI is similar to speech command applications. But thoughts are not so easy to control as speech. There is a possibility that the person looks at the camera and uses gestures when the command starts. The gesture can be some cup that the user shows to the computer that the work starts. And the other gesture can be something like a spoon. That the computer knows the commands end. Those things can be finger marks and they could be determined before the speech command sessions. 

So the person shows the mark to the web camera and writes gesture 1 and then the system asks for gesture 2. The system must also recognize the voice of the speaker so that things that some other person says will not disturb the computer. The gesture allows a person to discuss and talk in the room. Voice recognition allows computers to filter non-necessary and useless things from the text that the computer gets. Then the grammar check program can change the text that the speech-to-text application makes into literal text. After that, the system dumps that text to the application and turns it into commands. 

The AI requires spam filters in the training period. The spam filter removes the white noise or so-called non-useful information. The spam filters can also adapt to the brain-computer interfaces, BCIs. Those AI-based systems can remove so-called white noise from neural tracks. And that makes it easier for the BCI to separate information that is purposely delivered to it from thoughts that are not meant for commands.

The person must not think anything else, than commands what that system should follow or complete. If a person thinks about something else, that can cause serious problems. The biggest problem with the BCI is the user. The AI can translate EEG curves into actions. But the problem is if a person starts suddenly thinking about something else. 

One thing that can make the BCI more effective is that a person must move things like fingers before giving orders to the system. But the problem is how to control thoughts at that point. But there is a possibility that very flat microchips will be put below the skull. And the antenna or contact point is on the skull where systems can download information and communicate with brains and computers. 

The system can also load those systems' batteries wirelessly. If those microchips can be installed under the skin on the skull, they are far easier to install than regular brain implants. The surgeon must just find the right places and then put those microchips under the skin. The bone mass will glue those microchips on the right points on the skull. BCI microchips can communicate with the internet through mobile telephones. Or they can use the computer’s bluetooth connections. 

But things like biological power sources like electricity-producing cells can also feed those systems' needs for electricity. The fact is that the biotechnology-like ability to create cloned neural tracks makes it possible to restore the ability to move to more people. And those cloned neural tracks can also make it possible for the microchip to communicate with living neurons through the skin. Those neurons that form artificial neural tracks could be connected to the microchip that is under the skin and then the sensor. That is in a hat or helmet communicates with that microchip. 

The next-generation BCI systems might not need surgery. The goal, or guiding light should be that the system uses sensors that are as easy to wear as hats. The problem is that those hats must position those sensors in the right positions. 

The fact is that the system called Magnetoencephalography, MEG can read data from the brain shell. The ability to connect interactive microchips to things like fingers should be easier than implanting them into brains. Those systems can open the neuro-implants and open neuroports to other systems more versatile than using traditional brain implants. 

https://www.rudebaguette.com/en/2025/06/ai-gone-rogue-openai-tech-secretly-used-to-bypass-spam-filters-and-saturate-the-internet-with-messages-on-80000-sites/

https://www.rudebaguette.com/en/2025/06/neuralink-could-shut-down-over-this-rival-company-implants-brain-chip-in-human-first-and-destroys-musks-lead/

 The singularity of consciousness. 

Quantum teleportation makes it possible to transmit data between neurons and computers.

The image above the text could demonstrate the idea of the straight-operating BCI(Brain-Computer Interface) The BCI can also mean (Brain-Controlled Interface), but they are almost the same thing. Normally the BCI needs a microchip. But there is the possibility that the brain could control the microprocessors straight by using the superpositioned and entangled magnetic fields. 

So that kind of system might not require any kind of microchips for interacting with computers. And the only thing that the computer needs are a radio receiver-transmitter that can resonate with neuro-electricity. And the system must have high enough accuracy that it can decode and code the EEG signals straight from the human body. 

Artificial intelligence and superconducting technology can make this kind of system possible to make in real life. The AI can separate the wanted signals from the white noise. And that thing makes it possible to connect the BCI straight with the nervous system. 

The same systems used with the neuroprosthetics can use to move virtual objects like virtual hands on the screens. And those virtual hands can operate with virtual control tables connected with robots or the central computer of the jet fighter. 

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The quantum entanglement can make TRV (Technical Remote View) possible. 

Tardigrade is quantum entangled. In the quantum world, the quantum entanglement might consist of the entirety. Or only small parts of the organisms or other entireties can be entangled. The thing is that also if only a couple of ions or electrons are entangled. That can affect the entire organism or quantum entirety. 

The entangled electrons and ions can cause quantum annealing to the quantum system. And in the case of living creatures, that kind of effect can cause electromagnetic resonance to the nervous systems of the organisms. That kind of case might have a big effect on the entirety. 

The thing is that part of those organisms might be quantum entangled. But the entirety of tardigrades is not entangled. When somebody is talking about entangled organisms they mean to create conditions. Those organisms could share data. 

A simple way to teleport is to connect VR (Virtual Reality)-set to the quadcopters that are equipped with microphones and CCD cameras. 

So we might think teleportation is the case where our senses are connected with the remote systems. The simplest way to make that thing is to connect the VR (Virtual Reality)system with a drone with a microphone and cameras. Those sensors can transmit data to the controller like the controller be physically at the place. 

Their sensors collect with other organisms or machines connected in the same network segment. Or simply saying people who have the same frequency  In normal cases, those people talk bout connecting the brain waves of the organisms as one entirety. 

In that case, the EEG curves of the organisms would synchronize to the same frequency. And that thing can create by using the superpositioned and entangled electromagnetic fields. In that case, the data travels between superpositioned and entangled magnetic fields. And that allows users of the system can share their senses and other things with everybody. That is connected with this network. 

Tardigrade is the first multi-cell organism that is quantum entangled and lives after that. The tardigrades were frozen. And then the quantum entanglement created between them. After that those small animals wake up. The thing is that the entanglement of the tardigrades might not seem very impressive. But it's one of the greatest advantages in the history of quantum systems.

When we are talking about quantum teleportation we mean the situation where the oscillation of atomic or subatomic particles would synchronize. And that thing makes those things act like they would be the same particle. 

Sometimes we are forgetting that also electromagnetic fields can superpositioned and entangled. And that thing opens new visions for controlling quantum computers. If the electromagnetic fields of the nervous system and quantum computer are connected and synchronized. That allows that computers can share data between living neurons. And humans can control computers straight with EEG waves. 

The TRV (Technical Remote View) is one version of the (BCI (Brain-Computer Interface)). The technical description of the TRV is that the camera system is connected with Virtual Reality. That system can locate in the bag of the bug and the operator can see the things that happen in some room like really being inside that space. 

Sometimes are told about the things like eavesdropping tools that are installed in teeth implants. And today those miniaturized systems can send GPS data and biometric information even to satellites. Also, the new spy cameras that are the size of a salt grain can be hidden in contact lenses. And along with nanotechnical microchips, that system can transmit data to the Internet by using the mobile telephone as the relay station. 

The origin of the BCI is in neuroprosthetics as I wrote before

The origin of the BCI is in neuroprosthetics. The EEG-based control systems. That can control the prosthesis. Those microchips can install surgically to the head of the person. Or they can locate in the helmet, and that system can revolutionize robotics and computing. 

Same way as the EEG waves can control the prosthesis they can control human-looking robots, aircraft, and space systems. And those systems are under development by governmental and private companies. 

The system can use a virtual workspace where the brainwaves are moving virtual hands which are using virtual consoles. And that system means that the computer of aircraft can connect straight with the computer of the aircraft or man-looking robot. 

The BCI is the system created for controlling the intelligent prosthesis. The same microchips can connect humans to the Internet or control robots by using their EEG. TRV is the remote radio-or quantum-based system that can communicate with human or animal brains from long distances. 

The technical remote view can create by using the superpositioned and entangled magnetic fields. The idea is that the radio wave will send the data straight to neurons benefiting magnesite crystals. 

Another magnetic field would form by using the radio transmitter which sends radio waves by using a frequency that is making the targeted neurons oscillate. This kind of system can turn any organism into a robot or read neuro electricity and the distance that this system can make those things depends on how sensitive the receiver is. 

And another thing that this system requires is the coder-decoder that can turn the EEG into the code that can introduce on the computer screen. And of course opposite way. 

The ability to transmit data between neurons and computers gives a possibility to create half-organic and half-quantum computers. Those are more powerful than any existing computer system including quantum computers.  And they would be even more powerful than human brains. 

Those systems are only one solution that this kind of TRV system can use. Another thing is that by using the TRV-system is the intelligence work. The senses of humans or animals can connect with computers. And those systems can also use to transmit data between human brains. 

https://www.cnet.com/news/no-tardigrades-have-not-been-quantum-entangled-with-a-qubit/

https://futurism.com/in-five-years-your-smartphone-could-be-reading-your-mind

https://futurism.com/researchers-have-linked-a-human-brain-to-the-internet-for-the-first-time-ever

https://www.iflscience.com/physics/tardigrade-might-be-first-animal-to-be-quantum-entangled-and-live/

https://www.livescience.com/tardigrade-quantum-entangled-experiment

https://mspoweruser.com/microsoft-is-working-on-a-brain-computer-interface-but-for-a-good-reason/

https://www.nextbigfuture.com/2021/12/camera-the-size-of-a-grain-of-sand.html

https://www.sciencealert.com/physicists-claim-they-ve-entangled-a-tardigrade-with-qubits-but-did-they

https://www.sciencedirect.com/science/article/abs/pii/S0925231220314223

https://en.wikipedia.org/wiki/Brain%E2%80%93computer_interface

https://en.wikipedia.org/wiki/Neuroprosthetics

Image:https://mspoweruser.com/microsoft-is-working-on-a-brain-computer-interface-but-for-a-good-reason/