Artificial Evolution Research Institute (AERI)
Challenge to immortality
Eruption prediction Eruption prediction Earthquake prediction Earthquake sign Explosive detection Gun detection Dangerous object detection Deterioration diagnosis Life prediction Life diagnosis Non-destructive inspection Non-contact inspection Tunnel inspection, bridge inspection Rail inspection --High altitude electromagnetic pulse HEMP High altitude nuclear explosion High altitude nuclear explosion Electromagnetic Pulse Compton Effect Nuclear Explosion Nuclear Missile EMP Attack Gamma Ray X-ray Mass Destruction Weapon Non-lethal Intercontinental Ballistic Missile ICBM Missile Attack Ballistic Missile Defense Nuclear Weapon Neutralization --Artificial Intelligence Biocomputer AI --Geothermal Power Renewable Energy Cogeneration Power Binary Power Generation Smart Grid Climate Change Abnormal Meteorological Nuclear Power Generation Warming Environmental Destruction Environmental Conservation Global Environment Warming Gas Greenhouse Gas SDGS -Brain-computer Interface BCI Brain-machine Interface BMI Neural Network Neural Engineering Military Robot Cybernetics 6th Generation Computer Deep Learning Inference
BMI
Upload human consciousness to the brains of war weapons such as combat robots and combat planes
Awareness-driven biocomputer and key vise, brain-machine interface (BMI) research project
[Successful development of a biocomputer that operates consciously]
People are afraid of death.
People are afraid of aging.
If we can release a person from the body, leaving only the brain, we can get eternal life.
If human consciousness can be transferred and transplanted to robots, humans will be able to move freely between the real world and cyberspace.
With this in mind, the Institute for Artificial Evolution (AERI) has been conducting research projects on consciousness-driven biocomputers, keys, and brain-machine interface (BMI).
We have succeeded in developing a consciousness BMI.
The above-mentioned development project of the Institute for Artificial Evolution (AERI) finally extracts information from the human brain from the body without the need for surgery, and only consciousness is transferred, as if an out-of-body soul were transferred. It is a strategic / innovative proposal / basic research in unexplored / extreme areas, which is characterized by being able to be uploaded to a robot.
The brunt of human scientific interest is already directed to the development of "androids". At the international conference "The Global Future 2045 conference" to be held in 2045, opinions will be actively exchanged for the new human body.
We anticipate that by 2045 there will already be machines that will take the human brain out of the body and maintain it. In the next few years, we predict that the development of an artificial human brain will be completed, creating an environment in which only the consciousness of the human brain can be taken in and out.
Recent technological advances have allowed scientists to "see" what is in the human head. However, it is questionable whether this technology will be used to actually create robots beyond ethical issues.
The Defense Advanced Research Projects Agency (DARPA) is already actively conducting research on humans fighting on the battlefield by remotely controlling android cyborgs.
The U.S. Department of Defense's high-tech research department has budgeted $ 7 million for the project. Using this budget, in 2013, we are developing an interface and algorithm for a semi-automatic robot that moves at the will of soldiers.
Do you know Dr. Nova from the manga "Battle Angel Alita"?
A further ambition of the Institute for Artificial Evolution (AERI) is to have human consciousness uploaded to the brains of war weapons such as combat robots and combat planes. Consciousness can transcend time and space by skipping only consciousness, and can teleport to thousands of kilometers and tens of thousands of kilometers in an instant in about 0.1 seconds.
Even if the war weapon itself is destroyed, the consciousness that is the brain of the war weapon passes through the wall and does not die no matter what bullet hits it.
The economic cost of war could be drastically reduced.
Saranayu's ambition is to upload human consciousness to the body of the optical hologram.
It can pass through walls and will not die no matter what bullets hit it, and it will be possible to travel in space by skipping only consciousness.
[Successful development of biocomputer key vise BMILSI]
This time, we have succeeded in research and development of BMI / BMC (Brain Machine Interface / Brain Computer Interface) theory and neural connection LSI (semiconductor integrated circuit), which are the basic fields of biocomputer research.
Below is an overview.
1. 1. The prototype of BMI / BMC device (LSI) has already been completed. The number of nerve connections and controls in the proto is 100 M neurons (number of nerve connections = 100 million neurons).
2. BMI / BMC devices (LSIs) basically target only the human brain. All parts other than Noh (mainly human body parts) are worthless and can be discarded.
3. 3. Japan has already been 50 years behind the United States in the fields of artificial intelligence (software) and BMI / BMC (hardware, devices), but with the results of this research, it has gained the top level at once.
4. As a result, the BMI / BMC (Brain Machine Interface / Brain Computer Interface) theory of intellectual property strategy research and the neural connection LSI (semiconductor integrated circuit) technology are 10 years ahead of the United States.
5. If the BMI / BMC device (LSI) succeeds, human beings can abandon the troublesome biological element of the body and become only the brain.
Problems that human beings are currently facing, such as physical illness, war, labor, hunger, environmental problems, food problems, population problems, and aging problems, can be solved at once at the same time.
6. The cyber war between consciousness computer and consciousness computer, which does not require a human body in terms of war style and labor form, will be transformed into the main battlefield. Labor will be done by computer-controlled machines. It will revolutionize the war economy and the industrial economy.
7. In particular, in the war style, human consciousness will be uploaded to the brains of war weapons such as combat robots and combat airplanes, and machine-to-machine combat will be the main battlefield. Specifically, a battle in which the android cyborg plays the leading role will be developed. The war economy and war costs will change completely.
8. It is almost free from the aging and illness that has plagued humankind. Traditional medicine and drugs can be completely worthless.
9. The lifespan of a person is about 300 years, which is a dramatic increase.
10. Human beings will be able to break away from Darwin's theory of evolution and design the path of evolution in the form they desire. It is possible to proceed with the new evolution of Darwin according to the new evolution theory decided by human beings. It is an evolutionary revolution that allows you to systematically and strategically advance your own evolutionary path and speed.
11. Currently, there are many issues, one of which is the knowledge base in the field of artificial intelligence (software). AI learns the thinking dynamics of the human brain, but it cannot be learned indiscriminately and indefinitely.
12. In the thinking and consciousness of the brain, it quickly detects signals that should not be taken into AI and should be excluded, and when it occurs, it immediately cuts the nerve connection at the place of occurrence, forms a protective wall to block it, and controls to protect the computer group. Theory is essential.
13. This time, we will search for psychic phenomena as a typical phenomenon in which the human brain malfunctions. There is a task to investigate how psychic phenomena occur in the brain at the consciousness level and what kind of EEG firing patterns are generated.
14. In the future, the Institute for Artificial Evolution (AERI) will incorporate it into the theory of deep learning in BMI / BMC devices (LSI).
15.
Brain Machine Interface (BMI)
Ⅰ. What is BMI?
A Brain Machine Interface (BMI) is a device that enables a direct communications path between the brain and the machine to be controlled. Researchers began their research on BCI's in the 1970's at the University of California, Los Angeles (UCLA) under a grant from the National Science Foundation, followed by a contract from DARPA.
The papers published after the research also mark the first appearance of the expression brain machine interface in scientific literature. It is also called as:
1.Neural-control interface (NCI)
2. Mind-machine interface (MMI)
3.Direct neural interface (DNI)
4.Brain–computer interface (BCI)
Ⅱ. Working of Brain-Machine Interface (BMI) –
As the influence of modern computers grows alongside with our understanding of the human brain, we are moving closer to make some pretty spectacular science fiction into reality. For example, just imagine transmitting signals directly to someone's brain that would allow them to see, hear or feel specific sensory inputs, how much spectacular that would be. This means you have the potential of manipulating the machine or the computer with your own brain just by giving sensory inputs.
Development of a Brain-machine interface (BCI) could be the most important technological breakthrough in decades not just for the convenience of disabled people. Our brains are filled with neurons, individual nerve cells connected to one another through dendrites and axons. Each time we Brain-Machine Interface research is an area of high public awareness. Videos on YouTube, as well as reported news in the media, indicates intense curiosity and interest in a field that hopefully one day soon will dramatically improve the lives of many disabled persons affected by a number of different diseases.
Ⅲ. How to Measure Brain Activity?
There are several ways to measure Brain-Machine Interface out of which the two most prominent are mentioned below –
1.Electroencephalograph (EEG): One of the biggest difficulty faced by researchers in brain-computer interface in the present scenario is the complex mechanics of the interface itself. A group of electrodes which is a device known as an electroencephalograph (EEG) attached to Regardless of whatever location you place the electrodes, the basic mechanism. It is used for reading brain signals. However, significant portion of the signal emanated from our brain gets distorted as the skull blocks the electrical signals. is the same ie the interfaces measure minute differences in the voltage between neurons and then signal is then amplified and filtered.
2.Magnetic Resonance Image (MRI): An MRI machine is a complicated and massive device. Even though the images produced by the MRI are of high-resolution, we cannot use it as a part of permanent or semi-permanent. Researchers used this to get standard for certain brain activity or to depict where in the brain electrodes should be placed to measure a specific function.
Ⅳ. Top 5 Brain Machine Interface Projects:
1.Brain controlled wheelchair: Move with your Brain-This project can be developed for physically impaired people in their movement, all the system need is user's concentration. Users are allowed to navigate in a familiar indoor environment within a reasonable time with the help of Wheelchair.
2.Brain Controlled Robotic ARM: Brainwave sensor can catch your brain signals whenever you blink your eyes, when you concentrate, meditate and can be used in various applications. Brain Controlled Robotic Arm is one of the Applications of it. The Robotic Arm is moved with EEG sensor based on a parameter collected by it.
3.Brain Keyboard (You can type with your Eye blink): Many paralyzed people try to communicate with the surroundings but cannot. They can do it with this Brain keyboard and communicate with their surroundings. EEG sensor reads the eye blink and accordingly, text gets displayed on the text box.
4. Helicopter Controlled by Brain: Yes, you can fly your helicopter with your Brainwaves. The helicopter can fly according to your level of concentration, and meditation so when you concentrate it flies up and when you relax it will be back, isn't it interesting.
5.Authentication of Password using Brainwaves (Security): As we know brain signals and pattern of every human being is unique and different thus we can use EEG in bio-metric identification. This can be used from high security areas to our Home and we can authenticate using my brainwaves only.
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* If you have any questions or concerns, please contact us.
Quantum Artificial Intelligence:
Consciousness-driven bio-computer
with quantum interference-controlled BMIVLSI implemented in cranial nerves
Physicist Brain Scientist Visiting Professor of Physics,
California Institute of Technology
Ph.D. & Dr. Kazuto Kamuro
AERI：Artificial Evolution Research Institute
1200 East California Boulevard Pasadena, California 91125
●Quantum interference effects at the root of generating consciousness in the brain
What better way to study consciousness than by looking at it in altered states – specifically the chemicals that achieve this, such as general anaesthetics. “The only thing we are sure about consciousness, is that it is soluble in chloroform,” said quantum biologist Luca Turin of the Alexander Fleming Biomedical Research Centre in Greece in 2014 (EMBO Reports 15 1113). Turin noted that chemicals with anaesthetic capabilities have chemical and structural properties that are very different from each other, leading him to focus on the similar physics that these substances might share. Anaesthetics can bind to various cytoplasmic and membrane proteins. He proposed that anaesthetics facilitate electron currents in these proteins and that this might be demonstrated by looking at changes in quantum spin, where spin describes the magnetic properties of quantum particles such as electrons. What he found was that under the influence of xenon, the simplest of all the anaesthetics, fruit flies showed an increase in electron spin as measured through the use of electron spin resonance (though the origin of the signal is still debatable).
The involvement of anaesthetics in the electronic properties of biological systems is not a completely new theory, having been outlined by Hameroff in addition to Orch OR. What is new is the progress made in understanding how quantum effects might contribute to electronic transfer processes in biological systems. In photosynthesis, there is some evidence that the movement of energy through the structures that constitute the photosynthetic network exploits quantum effects such as coherence (see April 2018 feature “Is photosynthesis quantum-ish?“). Specifically, the structures that seem to allow this coherent transfer are chromophores, the parts of a molecule that give it its colour. Research suggests that instead of moving between the discrete energy levels of an arrangement of chromophores, energy can be spread out or delocalized across more than one chromophore at a time.
What is interesting in the context of quantum consciousness is that nerve cells contain structures such as microtubules and mitochondria that might support coherent energy transfer in a manner similar to that in photosynthesis. Microtubules form part of the cytoskeleton of eukaryotic cells (those with a nucleus enclosed in an envelope, found in plants and animals) and some prokaryotic cells (those with no nucleus envelope, which archaea and bacteria are made of). They provide shape and structure, and are instrumental in cell division as well as the movement of motor proteins. They are made up of polymers of tubulin proteins and within these are chromophores similar to those found in photosynthetic networks. Chromophores are also found in mitochondria, the power stations of the cell. This had led some researchers to suggest that anaesthetics work by disrupting coherent energy processes and in turn disrupting consciousness.
Anaesthetics are not the only chemicals implicated in altered states of consciousness. It is generally accepted that disruptions in the action of neurotransmitters, the molecules by which neurons communicate, contribute to a variety of mental illnesses. Antidepressants, for example, are thought to work by increasing neurotransmitters such as serotonin, the poster-chemical for happiness. However, the exact mechanism of neurotransmitter action is still not perfectly understood. Conventional theory has it that they bind to membrane receptors on nerve cells through a lock-and-key mechanism, where the shape of a particular neurotransmitter matches the shape of the appropriate receptor. The lock-and key mechanism is associated with a number of biological functions, one of which is olfaction (your sense of smell).
However, an alternative theory of olfaction suggests that it may use principles of vibration-assisted quantum tunnelling rather than relying on molecular shape. Recently this theory has been applied to the action of neurotransmitters as well. Vibration-assisted tunnelling is when the energy of a molecule’s movement matches the energy necessary for an electron to tunnel through a potential barrier. In this sense the vibration of a particular neurotransmitter would be recognized by its specific receptor. Using mathematical and computational modelling, researchers tested this by looking at isotopes of different neurochemicals such as serotonin, histamine and adenosine (a review of these studies can be found in AVS Quantum Sci. 2 022901). As their mass changes but their shape remains the same, their vibrational frequencies are altered. The researchers were looking to see whether neurotransmitter isotopes had differing effects, thus disqualifying the lock-and-key mechanism, which depends on shape, and supporting the possibility of vibration assisted tunnelling.Although theoretical results look promising the theory has yet to be firmly supported experimentally.