About learning methods and active learning

About learning methods and active learning

In the beginning, I must say, that the best ways in the studying process are not the easiest way. And during studies, there is no easy way to pass courses. If we think effective learning, we must work hard, and in the case of learning, we must take as many brain cells or neurons involving this process.

The thing in the learning process is that we should use as many neurons as possible in that period. So how we could maximize the number of neurons, what is taking part in this process. This is the question of effective learning.

Traditionally, we have learned that there are three types of learners. Visual, auditory and kinetic persons. And only the last one would need to make notes. This idea is very wrong because every people need notes. Kinetic people are not stupid, they just learn by using different nerve tracks. And actually, we should use as many nerve tracks as possible.

This is called "active learning". That thing means that a person makes something while the lecture is going on. And also active notes helps people stay awake, even if a person is tired. If we would just sit and listen to things, we must realize, that in that passive situation, we might get sleep. And that thing means that we would miss the entire lecture.

The easiest way is to say, that I'm an auditory or visual learner, who must not make notes. And here we must notice, that nobody wants to be a kinetic learner. That would feel the easy answer when the teacher asks about this thing.

So in the learning methods, the most important thing is that we should not think about the traditional way, that we are a kinetic, auditory or visual learner. The idea is that we should learn to make notes about lectures and other cases when we should learn something.

If we would want to maximize the learning experience, we should listen to the worlds, what lecturer uses, make notes and take photographs of the material at the same time. The idea in this method is that maximizes the number of neurons, what are used in the learning situation.

But how we should make those notes? That is a very interesting question. And the answer is that we should follow the speech, what lecturer keeps, and then make notes by following the spoken words. That would maximize the audition- kinetic experience, and then we should look at the screens by using fast sights. That would make possible to connect the visual experience to the learning.

The thing is that we should remember that the material of the lecture is many times delivered to students. But the thing is that using active methods, even boring things might start to feel interesting. And the active touch will keep people awake. If we have something to do, being awake is easier, and time moving faster. Even the most interesting studies contain things, what people don't like. And this is the thing, what we must realize while studying things.

What if we can grow neurons, what have the right connections and data in a laboratory?

What if we can grow neurons, what have the right connections and data in a laboratory?

When we are thinking about things like plant intelligence, we must ask why those things are interesting researchers, and who pays that kind of research? This kind of things is really interesting because if some people have some very expensive tools in use, they must get funding from somewhere. And there is a possibility to benefit this kind of research in so-called mind control. In this kind of cases, the cells what the vegetables are used in the primitive thinking processes can be used to stimulate the nervous system.

But if we would grow neurons in the cell cultures, and create the right axons, that means that we can create new kind of treatment for things like sociopathy. In this case, the cells of the brain areas what are controlling the empathy, which has malfunctioned would just be relaced by using "trained" neurons. Those neurons could be grown in the cell cultures and the electricity would stimulate them to act perfectly. This might be the technique in the future.

This kind of technology opens very interesting views in the medical techniques, where large areas of brains are damaged by accident or some illnesses like a tumor. In those cases, the destruction of the neurons in the brains happens in very large areas. That means that the large brain areas must be replaced by new neurons, and that thing is very problematic.

When neurons are destroyed the problem is not to make new cells, the problem is when we want to transfer the skills of the neurons in the brains. We can transform the new cells into some brain areas, and make them work perfectly.

The injection of the neurons of rats is used in the Parkinson disease, and that will work, because of the neurons, what transfer to the certain brain areas are "learned" their mission. Those neurons have connections or axons, and the brains just find similar neural tracks and that makes possible to help people living the normal life.

If we could grow human nerve cells outside the human body, we could fix many other things like mental illnesses by using similar techniques, what is used in the cure of Parkinson disease. In the wildest dreams, we could create neurons, what have similar connections, what Albert Einstein had. And that thing would make possible to create new Einsteins in the laboratories, but those things are, of course, only the visions.

We can create neurons by using genetic engineering. The problem is when the neurons are destroyed, all its connections and the information, what is stored in those cells are also lost. And that kind of thing makes neurology and brain surgery very difficult area in science. Even if we would inject new neurons in the head of the people, we must make the connections for those cells. And that thing is the problem.

When we are thinking about the possibility to create new neurons outside the human body, we can have the opportunity to fix very large scale brain damages. In this kind of technology, the neurons are created in the cell cultures, what are feed by connecting cells to them. And if we would "train" those cells by using the electromagnetic stimulation, we can make cells, what are fixing the damages in human brains. But that kind of things are visions of the future.

Mitochondria and intelligence

Mitochondria and intelligence

Sometimes I have thought, that is it possible that level or number of mitochondria in neurons affect the level of intelligence. The idea of this thing is that effective brains need lots of energy. And the mitochondria are the creators of power of each cell in the human body, and I have sometimes thought that could the number of mitochondria tell the level of intelligence of people.

Or could that thing be seen from long distances by using spectroscope? The problem with spectroscopy is that it cannot find the molecules from the distance. Spectroscope notices that there is a possibility to have some molecules in the sample because the elements, what are forming those molecules but are those elements reacted together will remain in darkness. The idea bases the thing, that neurons are the most protected cell group in the human body.

So if the products of metabolic actions, what would be produced by the mitochondria, what are living only in neurons would find from the breath of some person, that could mean that the person has the high level of intelligence. The thing what this thing needs for working is that there must be found the metabolic products, what are coming on from the neurons. And the reason why those products can be found is that the supporting cells of neurons are preprocessing the nutrients, what are going to neurons.

As I wrote earlier in this text, effective brains need lots of energy.

Genetic enriching is also visible in the level of intelligence. There is an idea that the level of mitochondria would be ordered genetically. So is it possible to increase the number of mitochondria by using some medicals, what will increase the number of those cell organs?

That thing could be the artificially made mitochondria, what would input the nanotech capsules, which makes possible that the immune system would transfer those mitochondria to neurons. But, there is a question, why some people have more effectively working brains like others if we are thinking this thing in the point of view of creativity, we must realize, that the effective working brains would use very much sugars, and the level of those nutrients would be limited in the human body.

If somebody is making productive work, those neurons in human brains would use more sugars than normally, and changes in levels of sugar in the human body, and the speed of changing that level tells, how fast the neurons or mitochondria are burning those nutrients. If the level of those sugars is decreasing or changing in a short period that tells, there is a lot of mitochondria, what uses those sugars.

And if the person is sitting or lying on the bed while the test begins, and the level of glucose is decreasing with a different speed than at the beginning of the test, and that speed would tell how many mitochondria are starting to create the energy for those neurons. But that kind of things is pure speculation. The thing is that this kind of ideas can be used in many roles in the field of science. If there would be possible to notice that kind of things by the long distance, that thing can be used in many roles, in medical and other sciences.

The plant intelligence

The plant intelligence

Below this text is the film about plant intelligence. That thing has brought in my mind one really interesting thing, and that thing is, that could there be some other intelligent species on Earth, and when we are looking at this film, we must realize, that even if the intelligent organism would have the high-level of intelligence, that species can be very different than we are.

In some theories, the intelligent organism can be a group of vegetables, which are connected with together. In this version of the hypothetical intelligent species would have a modular structure. That means that even if every single unit of that organism has only a couple of hundred of neurons, that species would be in a very large area.

This is the thing that can compare with the electric network. If there is only one single unit, what makes the electricity, would one error in that unit cause terrible problems? But if the system would contain multiple small size power units the loss of a single unit would not be seen by users.

This is the origin of the theory of intelligent grass. In that case, the species would have multiple units, where is a couple of the neurons, but there would be billions of those units, that organism can lose a couple of them.

The idea of this thing is together those units can be very intelligent. And those species could grow bigger than many people can even think. And if we would someday find that kind of species, that could revolutionize our knowledge of the intelligence.

https://www.youtube.com/watch?v=KLhgtqd1M2g

The purpose of a cyber attack against Russia

The purpose of a cyber attack against Russia

The U.S cyber command has begun aggressive action against the Russian Federation, and the purpose of those attacks is to show people that the United States military forces are ready also in this field of warfare, or this is how the White House would tell people about this kind of actions. But there is another purpose of those actions, and that thing is that the electric disorders mission is to locate the servers, what are operated by the Russian Hackers.

The thing is that the U.S needed to prove its strike capacity also in the field of cyber intelligence and cyber operations against the opposing forces. There have been rumors that the Pentagon has been passive against the hostile actions against the high profile hostile cyber actions, what are made by the Russian and Chinese hackers, what have shown their skills.

New kind of computer viruses can even kill the people

The problem is that the United States military has kept its own cyber operations secret, what has caused rumors, that the NSA and J-SOC (Joint Special Operations Command) doesn't have skills to handle or fight back this kind of attacks. But this kind of things is a really interesting way to see things.

Cyber intelligence is a really effective way to get information, but modern cyber weapons can also kill people. If the targeted person goes in the wrong elevator, and the operator would see the location of the person, the operator can launch the algorithm, what will release the break of the elevator, and turn the motor to push the elevator down by using maximum speed. That would cause a really devastating situation. But the most modern algorithms can cause the neural-visual effect, which will cause epilepsy, but I will write it later.

The thing is that normally the hacking operations and intelligence actions are kept away from publicity, but there are people, who want to bring everything public. But those persons want to tell only the part of the things, what supports their own point of view.

Neural-visual stimulation is probably so effective like a bullet when it is used. 

One thing must be mentioned about the new type of harmful software is that those viruses and algorithms, what are used, can adjust the power supply systems, and that means that the electric wires can get overvoltage. But there is created another kind of software, and that thing can kill the targeted persons, even if they are not going to the elevator.

The way to operate is called as the neural-visual stimulation, which means that the computer screens can give flashing, which will give pressure to the nervous system. That kind of flashing is synchronized to the brain core alpha-EEG, which means that it will cause the epileptic disease, or it can use sub-liminal flash messages, what can cause very nasty reactions in the mind of targeted persons.

https://www.theverge.com/2019/6/15/18680445/us-cyber-command-russian-electrical-grid-cyberattack-deterrent-report

How to create the simulation of human brains and their operations?

How to create the simulation of human brains and their operations?

In fact, these kind of things are the most interesting part of science, and as you see, the EEG-signal would jump between the neuron and mirror neuron multiple times. And the purpose of that action is to make the signal more clear, but there are many other things, what happens in the brains during the thinking process. I have written things about the brains, intelligence and neurons very often, and I will return to this thing very often.

One of those things would be that in the human brains multiple neurons would activate at the same time, what would increase the effectiveness of the computing and data handling. This makes human brains so effective, and in fact, there is theory, that if the people would have circular axon tracks around the brains those brains would operate more effective because the signal would rotate across the brains many times.

If that thing would increase the level of intelligence of the inmate, maybe in someday, we could create the machine or jewelry, that would increase the level of intelligence. But there is no evidence about the effect of that system, but the principle of this kind of system is, that it could take the EEG-signal throw the same neurons again and again. But there is no proof, that this kind of system would operate in real life.

Could rotating EEG-signals make a person more intelligent?

There is a possibility that somebody would create the bandanna, what will operate that way. In this bandanna is the system, what would record the EEG signal, and then that system would rotate that signal around the brains by multiple times. But there is no evidence that this kind of systems would be effective.

But when we are thinking about human brains, they are a very fascinating and impressive tool. They can model the entire galaxy, and there is lots of information in that organ, which is actually called as the human being.  The thing is that every each neuron in the brains are independent brains, but the thing is that the thing, what makes brains effective depends on the number of connections between neurons. This is the thing, what we must realize when we are researching the organ, what has created the civilization, what is the ruler of its planet.

Silicone carbon composite can someday operate as neurons in the head of robots

Silicone carbon composite can someday operate as neurons in the head of robots

https://controllingsociety.blogspot.com/

Silicone carbon composite can someday operate as neurons in the head of robots

Someday nanotechnology can be used for creating the brain prosthesis. The thing would base the hybrid material, where the main structure of the form is created by using silicone. And the core of that structure is made by using carbon bites, what operate as the core layer of neurons. The carbon would be carbon bites, which are equipped with iron atoms what is connected to microchips, which makes the thing operate like some kind of artificial amoeba.

In this case the, magnets would move those carbon bites and that allows them to make things like moving in the body without surgical operations. Those iron bites would be like small magnets, what reacts the magnets, what is installed in the microchips, and they operate with pulling and pushing forces of those magnets.  The thing would be that this artificial amoeba can slip in the human body and put itself in a certain position of human brains.

Here I mean complicated carbon molecules or crystals can take the same form with neurons. In theory, they can connect with the brain cells, and increase the power of brains. By using nanotechnology, those things might take a certain form, and in this case, the carbon would be used to create the artificial neurons, and the idea of making the artificial neurons is same as in cases when some laboratory is creating the nanomachines.

The can be replaced by using those carbon bites, which would operate a similar way with the normal neurons. In this case, the artificial neurons could be created by using silicone, and they are covered with the carbon dust, which would operate as the core layer of the neurons. That kind of technology could be used someday for replacing the destroyed brain areas. Or that kind of artificial brains can installed in some kind of space probe, and send to the interstellar journey.

We must be careful when we are creating this kind of technology

If that kind of system can someday be created, we might make the robot, what IQ is so high as the human IQ, and in this case, we should think very carefully, what we are going to do. If we would create the artificial brains, where the silicone-carbon composite would form a similar structure with human brains, we are facing the situation, that we are creating Frankenstein's monster. The robot, what have own will, and in that kind of case we must know, that every species would protect themselves.

That means that we maybe cannot just turn those robots off, and play that they do not exist. The problem of the scientists on Earth is that they are doing a too perfect job. Here I mean that when we are starting to create this kind of artificial brains, we must start to act with smaller entireties, and maybe we should not give body to that structure, that we can see, what is going on, and how that thing would react to the reality. And if the reaction is positive, we can increase the number of those neurons. That would make possible to make species, what IQ is very sharply adjusted. This will allow creating robots, what are actually monkeys, and they can operate independently, but those things cannot rebel.

That system can create the electricity by using the wireless method, where the electricity would transmit to that structure by using radio waves. If we think to connect the piezoelectric crystals in that structure, we could use them to produce electricity to that very interesting looking futuristic system. That hypothetical system would someday operate as the artificial brains in some laboratory.

The primitive life can deny the advantages of the intelligent lifeforms

The primitive life can deny the advantages of the intelligent lifeforms

Primitive beasts can danger form of the intelligent species. 

When the number of descendants would be guaranteed the survivability of the species, the intelligence level would not start to grow. Jellyfish is the most sophisticated beast in the world and that primitive animal might have a vital role in the ecosystem and evolution. This animal makes billions of descendants during its life, and only a couple of those descendants would grow big and fully advanced jellyfishes.

Rest of them will die. The opposite version of those species are humans, which makes only couple descendants but almost every one of those descendants would grow as an adult. So there has been something in history, what made human species start to favor the high level of intelligence.

If the jellyfish would be a very effective beast, that kind of primitive hunters can deny the forming of higher and complicated animals. When we are thinking about the situation, that some planet would formin more complicated life forms than some amoebas and jellyfishes, we must realize that there must be an opportunity to that kind of advantage.

Something must happen, that the evolution would start to favor the growing brains because if we think the evolution, there is another way to make sure that the species would survive, and that is making a huge number of descendants, and that thing would guarantee that the species would survive. So there should happen something, that the intelligence is giving benefit to the species, and that thing must be very unusual in the world of evolution.

The role of mitochondria

Neurons need mitochondria for creating energy. And if we are thinking about the mitochondria we might follow the golden rule, if you want to get services,  be important. That means that mitochondria started to create the energy to the cells and that allowed them to use cells as a safe place, and in this symbiosis, both parts would have benefit in that relationship, where cell would deliver the sugars to mitochondria what gives energy to those cells.

The combination of cells and mitochondria made the cells more independent and allowed the primitive cells to live in larger areas than the cells, what would get energy from the volcanic sources. The last ones were addicted to the volcanic heat, and they cannot live very far away from those esoteric energy sources, which were replaced by mitochondria, which allows those company cells live in anywhere on the planet.

 When we are telling people that the mitochondria would cause the intelligence of human being, that thing might be true. The cells of the animals need the mitochondria for creating the energy to the cells. But the first cells had not mitochondria and those cells get energy from the volcanic temperature. And the mitochondria were gone in the cells and started to make themselves necessary for making the energy to the cells, and that thing is that cells give protection to mitochondria, what are actually some kind of bacteria or viruses.

Something caused that nature is starting to favor a higher intelligence level.

If the species would want to grow the big and powerful brains, there must be something, what causes that advantage, and in that situation, the great number of descendants would be replaced by the big brains and a large number of inmates would be replaced by few but very sophisticated and qualified inmates, what can use tools and make fire. That thing what can cause this thing in the evolution can be some kind of ice age or another case, what causes the need to find the hiding food, from the places, where the instinctive animals cannot go accidentally.

When the brains are starting to grow, there must be something, what creates the species make the technical products. That thing would be like a trigger, what launches need to make tools and fire. Those things would make possible to create the alphabet, which allows writing instructions to the next generation, and those would transform ancient social communities to the society, where is written rules. This causes the born of culture if the meteorite will not destroy the planet before those species can create technology, what they can use to defend themselves against those things.

Why IQ level is decreasing if a person has financial problems?

Why IQ level is decreasing if a person has financial problems?

We have only a limited number of neurons 

The researchers of the University of Helsinki have noticed that the IQ level would decrease if a person has financial problems. Why the human intelligence level would decrease, while the person thinks something negative? The answer to that question is very simple and it's that worries are taking the brain capacity to other things, and there is a very good reason. Our level of intelligence depends on the number of neurons and their connections, and in the human brains is a huge number of those things.

But the thing is that brains still have limited numbers of neurons and connections, and each neuron and connection of the neuron would make only one thing per time. And this means that if the person has worries some neurons are reserved for handling those things like lack of money, and that means that person, who have worries have fewer neurons for handling other problems. That thing would be highlighted in the cases, where an inmate has got financial problems.

Financial problems cause lack of concentration

That means the person would get too little sleep, and that makes that inmate tired, what would cause concentration problems, and if a person is tired, the IQ tests would be more difficult than without problems. The higher stress level would also cause problems with concentration, and things like anger and fights at home and with friends would cause problems with IQ and other tests, where the concentration have the key role.

That means that the person, who has problems would have less successful results in the IQ tests, than the person, who has not those problems, what causes social pressure and also behavior under the stress can change and that would make a negative impression to other people. And that could cause that some people start to think that person less intelligent than this inmate even be.

Why the brains of insects are so fascinating?

Why the brains of insects are so fascinating?

https://controllingsociety.blogspot.com/

The power of brains of insects is the reason for one very simple thing, and that thing is the neurons of the insects have connections with themselves. Those round or circle connections would allow that one neuron can do many things, and that thing makes most of the insects immune against VX-nerve gas. The reason why VX doesn't affect the bugs is that the bugs don't have synapse slit between neurons and muscle cells, and this would make impossible to get the effect in the synopsis slit, and the effect of the VX-nerve agent is that chemical denies the operate of the enzyme, what will break the neurotransmitters.

And if the human would have a nerve system, where the neurons would have contact with together only with electricity, which means that the neurons must connect straight together without slits, would the neurotoxins like VX lose the effect against that kind of species. The reason, why the wings of the insects are acting so fast is that every muscle cell has one neuron, what is connected to them, this makes possible to react extremely fast because in the emergency situations is only one way to act, and that is jumping to some direction before starting to flap, and the direction is ordering the neuron, what first activates. The order is given by the eye or another sensor, what first activates the neuron.

Learning makes neurons slow

The reason, why the neuro-agent would cause death is that the nervous system simply overexcites, and the reason is that the cell must handle multiple things at the same time. But when we are thinking about the overexcitement of the neurons in the point of view of insects, the situation that bugs would be exposed by nerve gases would make those insects more intelligent and allow them to learn more things than in normal circumstances, because those neurons would let more information to go thru them.

When the insect is young the operation of the neurons would be extremely fast because there are fewer connections to the neurons. And that means that the neurons would act like RISC-processors. They have only one way to act, and that thing makes also the people, who live in the extremely low stimulus field are handling things, what are thought to them very well, but they have problems with things, what are happening in the field, where the level of secondary stimulus is high.

And in those cases "unnecessary data" would cause that the number of connections in that neuron would increase, and it makes them slow.  The thing, what would make neurons slower is that even insects like flies are learning things. And the learning process would cause the neurons would get more connections, which means that the neurons must choose the connection, what it uses.

The thing is that there are some ideas, that by using nanotechnology the number of connections of the neurons would be increased. The idea is that the internal communication of the neurons would happen by using electricity, and the neurotransmitter used only in the communication between cells.  In real life, there would be no limit for the connections of one neuron, except the area on the surface of the neuron is limited. That means that the synopsis, what is connected to the surface of neurons must be very thin if there would be wanted to create many connections, but otherwise, one neuron can have billions of connections, if those synopses are small enough.

The nanotechnology would allow creating the very thin wires, which are made by using fullerenes or in the extreme visions by using the chain of the carbon or some metal atoms, what would create the synthetic connections for those neurons. Those artificial synopses can inject to the body, and then they would be inside the nano submarines in the tiny reel. Then the submarine would travel in the nervous system, and start to make new connections for the neurons.