The same systems can be used for scientific and military purposes.
If we think the system, what uses artificial intelligence for detecting animals and sending that data to the command center to another side of the Earth, we are forgetting that to the same system can input the data of the enemy ground vehicles, and the artificial intelligence can separate single vehicles from each other is a similar process than separating rhinos from each other.
The system can use seismic, image-based or acoustic systems to detect the similarities of the voices or other marks of animals. Originally those programs were created for police and submarine use for separating person or submarine from others. And that system can also separate other sounds like voices of animals or engines.
The problem with scientific instruments is that those devices are sometimes double-use solutions, which can be used for animal calculations but as well as observing enemy movements in some areas. There are limitations to exporting those systems, and selling them in some conflict areas is strictly prohibited.
One of the key things sets some challenges to use those systems in scientific purposes like animal observation because those very advanced systems allow us to use them also for military actions, like locating the enemy troops. The modern systems would communicate with the operator through the Internet and the satellite data-transmitters could allow them to operate far away from civilizes world, and the solar panels or some other green energy source can give them very good independence in their operations.
The systems might be quadcopters, what are using lightweight solar panels and why not fuel cells, what can use propane for giving energy to their sensors. Those remote-operated systems can travel from a place to another by using GPS navigation. And the operator can just give two points, and those sensors will travel from point A to point B. Or when those sensors would not need anymore, they can fly in the hovering helicopter VTOL (Vertical Take-Off and Land) aircraft.
When that kind of system would deliver to some Third World nation, that could allow third-party persons to research those systems and copy them to their use. The thing is that the systems would need only communication satellites, that they can be operated from another side of Earth. This kind of technology is giving very many opportunities for many kinds of operators from the scientific and military world.
The multipurpose systems would be operated by using virtual interfaces, which makes easy to hide their command systems. The virtual user interface is the homepage, where that system would share data from its cameras and other devices. These kinds of things are used in normal surveillance cameras, so they can be connected to the drones by using similar connections with data and interface, and the system can be operated on the Intranet, what is similar with some open-source educational platform, where can be shared images and control devices like surveillance cameras.
So those systems and user interfaces are platform free, and they can be used by every device, which has access to the internet. This thing would interest many kinds of users. And when we are thinking about the double usage, those systems can detect as well as animals and recognize them by sound or profile. The data of enemy terrain vehicles can input to the same system, which mission is to detect rhinos, as I have written at the beginning of the text. And that thing would operate at the same time for both purposes.
Wednesday, October 2, 2019
Dangers of the use of electrolysis in the cleaning the waste-water
Dangers of the use of electrolysis in the cleaning the waste-water
Sometimes has claimed, that electrolysis would help to clean polluted water. The thing, why some people believe in this solution is that the electrolysis would deliver free oxygen in the water, and oxygen kills anaerobic bacteria. But if we would make that process without necessary sharpness and using the perfect, suitable tools for the preprocessing of the water, we could cause a very bad ecological catastrophe.
In this case, the electrolysis could easily use for creating oxygen, which kills anaerobic bacteria. But it should happen in a separated chamber, where is conducted the clean or salted water. That eliminates the expensive cleaning process of the wastewater, where every drop of oil and other polymers must be removed before electricity is conducted to that water. If there is oil or some other carbon polymers, that thing causes forming dangerous chemicals, which are called polychlorinated hydrocarbons, which are the deadliest chemicals on Earth.
The problem with the use of electrolysis in the water cleaning process is quite dangerous because this process could form a chemical combination, which is known as dioxin, which is part of the so-called DLC ( dioxin-like compounds) highly toxic environmental POPs (Persistent Organic Pollutants) what type of chemical combinations are extremely poisonous. The dioxin is forming, when oil is getting in the electrolytic process, and this thing is causing that this super-strong poison is forming in electric components like transformers, which contains oil. The dioxin is cell poison, which is causing death in a very low dose.
Many people misconnect DLCs with the PCB, which is another group of poisons. But actually, PCB is the acronym for polychlorinated biphenyl, which is a little bit different than DLC.
So in that process, all oils and other liquid polymers must be removed from the water. After that, the polluted water could send to the electrolysis, if we want to use that thing. Electrolysis is, of course, an effective way to produce the oxygen, and it can use effectively in a separated tank, where the electrolysis would create oxygen, and if the water is salted it can also create chlorine, what will clean the polluted water as it does in the normal swimming pool.
This is one version of chemical cleaning, where the polluted water, what comes from the sewer system would clean from the bad-smelling and harmful bacteria. The thing is that processing wastewater is one of the most important things in environmental protection. The thing is that driving oxygen in the wastewater would make life on anaerobic bacteria impossible, but if we would use some method, we must make sure, that there would not be becoming bigger problems.
Tuesday, October 1, 2019
Another writing about qubits
Another writing about qubits
This writing could also be named as the "three electron problem", but the thing is that we have thought the qubit as the molecule, which would touch the frames of the gate. And as I have written before, the number of touches would mean a certain level or value of qubit. This is one way to think about the problem. But there is a couple of other ways to closing this kind of problem.
One of them is just using the modified tunnel microscope for making the qubit. The thing is that the scanning tunnel microscope is the stylus, which would hang ion or electron on the surface of the metering particle. So if we would create the transmitter, what would use multiple stylus or antenna, what would send multiple electrons at the same time, and that system would create the necessary value for the qubit.
And those antennas would target the gate, which might have very many frames. That allows the system to give qubit as many values, what the creator of the system wants. But of course, we would need to make very much work with this kind of thing, before the first fully functioning quantum computer would be possible to create.
But let's continue to think about the qubits. The thing is that the problem of the qubits can be solved in other ways, which might seem very different than using the normal cable, where those bits would travel in lines, which would make those computers more effective than any existing computer. And one of those possibilities for solving that kind of problem can be mentioned here.
The solution for creating the qubit could be the magnetic version of the bubble, which is filled with balls. In this case, the ball would be filled with electrons or ions. The value of the qubit would define by the electrodes, where the ions or electrons will touch.
So, in this case, the magnets would hover those particles, and the ball would be covered by electrodes, what would create the form, what looks like little bit longitudes of the map ball. This kind of system would look like miniaturized- or nano-sized map ball, and the use of nanotechnology or nano-sized mosaic on the structure of that ball would make this thing true.
This would be the so-called "stable solution" for qubits. The movement of those particles would be extremely short. And the problem is how to adjust the track of each particle. Of course, adjusting the track is not enough, and those particles must be controlled during their journey to electrodes.
The purpose of this kind of action would deny the possibility, that all of those electrons or particles are touching the same electrode. But even if the system would become operational there is much work left in the operating systems and programs. And at the beginning, the quantum computer would be the hybrid solution, where another traditional computer would be used to code commands to the quantum computer, which could return the answer thought the regular computer.
If this is the mode of the system, that thing would be used to solve extremely long calculations. That hybrid solution would be slower than a pure quantum computer. The thing would operate that when the calculation would input to the quantum computer by using the regular system, that calculation is away from the hands of the operator until the quantum system will return it. And that kind of system is unstable if the normal rules of computing would consider quantum computers.
This writing could also be named as the "three electron problem", but the thing is that we have thought the qubit as the molecule, which would touch the frames of the gate. And as I have written before, the number of touches would mean a certain level or value of qubit. This is one way to think about the problem. But there is a couple of other ways to closing this kind of problem.
One of them is just using the modified tunnel microscope for making the qubit. The thing is that the scanning tunnel microscope is the stylus, which would hang ion or electron on the surface of the metering particle. So if we would create the transmitter, what would use multiple stylus or antenna, what would send multiple electrons at the same time, and that system would create the necessary value for the qubit.
And those antennas would target the gate, which might have very many frames. That allows the system to give qubit as many values, what the creator of the system wants. But of course, we would need to make very much work with this kind of thing, before the first fully functioning quantum computer would be possible to create.
But let's continue to think about the qubits. The thing is that the problem of the qubits can be solved in other ways, which might seem very different than using the normal cable, where those bits would travel in lines, which would make those computers more effective than any existing computer. And one of those possibilities for solving that kind of problem can be mentioned here.
The solution for creating the qubit could be the magnetic version of the bubble, which is filled with balls. In this case, the ball would be filled with electrons or ions. The value of the qubit would define by the electrodes, where the ions or electrons will touch.
So, in this case, the magnets would hover those particles, and the ball would be covered by electrodes, what would create the form, what looks like little bit longitudes of the map ball. This kind of system would look like miniaturized- or nano-sized map ball, and the use of nanotechnology or nano-sized mosaic on the structure of that ball would make this thing true.
This would be the so-called "stable solution" for qubits. The movement of those particles would be extremely short. And the problem is how to adjust the track of each particle. Of course, adjusting the track is not enough, and those particles must be controlled during their journey to electrodes.
The purpose of this kind of action would deny the possibility, that all of those electrons or particles are touching the same electrode. But even if the system would become operational there is much work left in the operating systems and programs. And at the beginning, the quantum computer would be the hybrid solution, where another traditional computer would be used to code commands to the quantum computer, which could return the answer thought the regular computer.
If this is the mode of the system, that thing would be used to solve extremely long calculations. That hybrid solution would be slower than a pure quantum computer. The thing would operate that when the calculation would input to the quantum computer by using the regular system, that calculation is away from the hands of the operator until the quantum system will return it. And that kind of system is unstable if the normal rules of computing would consider quantum computers.
Biotechnology and nanomachines
Biotechnology and nanomachines
As I have written earlier, there is not very much difference between biotechnology and nanotechnology. Nettles and medusas have cells, which can use as extremely thin styluses. And when we are thinking the axons of neurons, they could be used as the electric wires in the extremely small microchips.
The brain cells of the bugs are planned to use as the biocomputers of some miniature robots. The cell would put in the chamber, where is connected to the EEG-sensors, and that thing makes possible that the neuron can operate the robot or computer, which is connected to it. This thing would make nanorobots more independent, what they could ever be.
One snake has the poison, which molecule seems like a rotor. When this rotor would slip in the cell, it would start to rotate and destroy the internal organs of the cell. This thing makes that molecule very interesting because it can use also for something, what we might ever think. The thing in nanotechnology is that only the imagination is giving limits for this very fascinating part of the machinery. The nanomachines are operating like full-size machines but their size is extremely small.
If those rotors would be equipped with iron atoms, what is put on the outer corner of those rotors, and they are put in the metal ring, that thing would allow creating extremely small generators, which can deliver electric power to the extremely small nanorobots. Those robots would send in the human body, and then those systems might even fix the DNA molecule inside the cells.
Another very imaginational way to operate the nano-size generators is to slip them in mitochondria. That would give extra power to those cells' organs, and in theory that would make more power to muscles and neurons. But this kind of thing is fantastic and as well as dangerous thoughts because we don't know, what will happen if we would create more electricity for cells of the human body or nervous system.
But when we are thinking about the use of nature with nano- and mini technology, there are some very interesting things in the vegetables, which can easily be used for nanotechnology. Those things are the injection hairs of the nettles, what can cut and then empty from the formic acid. That hair can be used as an injection stylus in some cases.
The thing in the use of natural materials in nanotechnology and it's instruments is a very interesting opportunity. If we think things like harpoon cells of some medusas, those things would be suitable tools in nanotechnical purposes. They are easy to collect, but the problem is that they are poisonous. But also benzene, what can be used in the nanotubes is really poisonous and highly carcinogenic material. Those cells can be used as the injection and transfer parts of extremely small parts of robots to one place to another.
As I have written earlier, there is not very much difference between biotechnology and nanotechnology. Nettles and medusas have cells, which can use as extremely thin styluses. And when we are thinking the axons of neurons, they could be used as the electric wires in the extremely small microchips.
The brain cells of the bugs are planned to use as the biocomputers of some miniature robots. The cell would put in the chamber, where is connected to the EEG-sensors, and that thing makes possible that the neuron can operate the robot or computer, which is connected to it. This thing would make nanorobots more independent, what they could ever be.
One snake has the poison, which molecule seems like a rotor. When this rotor would slip in the cell, it would start to rotate and destroy the internal organs of the cell. This thing makes that molecule very interesting because it can use also for something, what we might ever think. The thing in nanotechnology is that only the imagination is giving limits for this very fascinating part of the machinery. The nanomachines are operating like full-size machines but their size is extremely small.
If those rotors would be equipped with iron atoms, what is put on the outer corner of those rotors, and they are put in the metal ring, that thing would allow creating extremely small generators, which can deliver electric power to the extremely small nanorobots. Those robots would send in the human body, and then those systems might even fix the DNA molecule inside the cells.
Another very imaginational way to operate the nano-size generators is to slip them in mitochondria. That would give extra power to those cells' organs, and in theory that would make more power to muscles and neurons. But this kind of thing is fantastic and as well as dangerous thoughts because we don't know, what will happen if we would create more electricity for cells of the human body or nervous system.
But when we are thinking about the use of nature with nano- and mini technology, there are some very interesting things in the vegetables, which can easily be used for nanotechnology. Those things are the injection hairs of the nettles, what can cut and then empty from the formic acid. That hair can be used as an injection stylus in some cases.
The thing in the use of natural materials in nanotechnology and it's instruments is a very interesting opportunity. If we think things like harpoon cells of some medusas, those things would be suitable tools in nanotechnical purposes. They are easy to collect, but the problem is that they are poisonous. But also benzene, what can be used in the nanotubes is really poisonous and highly carcinogenic material. Those cells can be used as the injection and transfer parts of extremely small parts of robots to one place to another.
Diversity in working life part II
Diversity in working life part II
Many people think that diversity is just some physiological or psychological thing. The thing is that diversity can be that somebody has different kinds of education than somebody else in the workplace. That kind of thing can also cause challenges in the relationship with the working group.
So, diversity in working life can mean many more things than just ethnic or linguistic differences or be in some kind of sexual minority. That doesn't mean also handicap or illness, and we always forget one thing, which might make us different than others.
That he might be the different educational backgrounds in the working environment. Those things are almost every time we have forgotten to mention in the cases when we are talking about diversity. So when we are thinking about isolation and problems also nontypical training in working place can cause problems.
And sometimes some people are asking "why workplace would not be homogeneous. Does that mean why every person would not have the same education as leaders and directors? The thing is that controlling that kind of working society would be easy, but then we can ask one question: are every side of things noticed and research by every side by using the analytic methods?
So should somebody sometimes notice things like legal aspects of some decision? And should somebody advice leaders of the company in the technical questions? The thing is that the leadership of big companies is not an easy thing. And if things like copyrights and licenses are forgotten, that thing would cause very big losses and if the bought land area, what is meant for holiday or hotel use would be polluted there would be financial losses in this kind of case.
The purpose of hiring highly trained specialists for a company means that they will bring their knowledge and skills in the use of leaders of companies. Their mission is to support the leaders of the company and give advice on important questions. That means that those highly trained and highly paid people's mission is not to sit and be nobody in the company. Their mission is to give advises in the questions, where is needed some special skills, and one of them is the code of laws.
And in the big International environment, there are many special sectors, which have their own special trained people. In those cases, nobody handles all areas of business, legal and political fields. If the firm exports to the wrong country that can cause very bad problems with the authorities. If there are some limits in exporting products to that country those rules must be followed.
Many people think that diversity is just some physiological or psychological thing. The thing is that diversity can be that somebody has different kinds of education than somebody else in the workplace. That kind of thing can also cause challenges in the relationship with the working group.
So, diversity in working life can mean many more things than just ethnic or linguistic differences or be in some kind of sexual minority. That doesn't mean also handicap or illness, and we always forget one thing, which might make us different than others.
That he might be the different educational backgrounds in the working environment. Those things are almost every time we have forgotten to mention in the cases when we are talking about diversity. So when we are thinking about isolation and problems also nontypical training in working place can cause problems.
And sometimes some people are asking "why workplace would not be homogeneous. Does that mean why every person would not have the same education as leaders and directors? The thing is that controlling that kind of working society would be easy, but then we can ask one question: are every side of things noticed and research by every side by using the analytic methods?
So should somebody sometimes notice things like legal aspects of some decision? And should somebody advice leaders of the company in the technical questions? The thing is that the leadership of big companies is not an easy thing. And if things like copyrights and licenses are forgotten, that thing would cause very big losses and if the bought land area, what is meant for holiday or hotel use would be polluted there would be financial losses in this kind of case.
The purpose of hiring highly trained specialists for a company means that they will bring their knowledge and skills in the use of leaders of companies. Their mission is to support the leaders of the company and give advice on important questions. That means that those highly trained and highly paid people's mission is not to sit and be nobody in the company. Their mission is to give advises in the questions, where is needed some special skills, and one of them is the code of laws.
And in the big International environment, there are many special sectors, which have their own special trained people. In those cases, nobody handles all areas of business, legal and political fields. If the firm exports to the wrong country that can cause very bad problems with the authorities. If there are some limits in exporting products to that country those rules must be followed.
Enriching of genetic material in the point of view of Darwin's Theory of Evolution
Enriching of genetic material in the point of view of Darwin's Theory of Evolution
Things that are working in isolated places are working in every area without depending are those places islands or rainy areas on drylands. So the thing, what makes that area so special is that there are some species, what is not seen anywhere else. And the thing that makes that area interesting in the point of view of the genetics of those species are flowers, what are looking like bugs, we are facing interesting thought about those strange-looking flowers. When we are observing those flowers from the evolution, we might see a thing, that even flowers would not make anything without a good reason.
That means that there is a possibility that there is possible to find new species of bugs in that area. In this theory, the flowers have found their form, because some bugs are looking like them. But would those bugs be alive? We know that there are many mysterious animals in those areas. Those hills are like some kind of islands in the middle of dry areas, and that can also create isolated areas, which are like Galapagos on the dry land. The thing is that there is a really interesting process, which has driven animals to those situations. When all forests are lost around some area, it would remain the only area of forest in that area.
Animals who conform in the forest don't feel comfortable if they should go to savannah. And the lowland animals would not often go to the forests, because they cannot avoid things like species, what are living in the woods. The hunting ways of the lowland animals are different from the forest species. The escaping method of those types of species is different if they are under attack of beasts, and that means they would avoid other kinds of environments. That means that those areas might turn to social and evolutionary isolated areas, where they can live every kind of organism that is not seen anywhere else.
That kind of thing brings interesting things in the mind of researchers, and one of the ideas is to fit what kinds of models to humans. When we are thinking isolated or little bit isolated communities of people, we are facing some interesting things, like that in some of those communities and societies is more than normal cases illnesses like depression. When we are thinking about depression, we cannot first see that there is any benefit to a person if that individual is depressed.
But then we can see things by using some other point of view and remember that evolution brings only benefits to individuals, and when we are connecting the depressional behavior with the theory of evolution, we might see that depressed people would spend less food because they are sitting on place. And aggressive behavior makes possible to defend own. But this is only thinking about the reason, why in some areas some mental disorders might be more common than in the average population.
Why those people are chosen more often the spouses, and what made the depression patient, if we want to use that heartless word in this case better spouses, what caused the enrichment of that certain DNA sequence? These kinds of things are still mysteries of the history of the human race. So in this point of view depression might have a positive role in some environments. But when we are thinking about genetic mutations, there could be very many other types of mutations like extra fingers or toes.
Sometimes I have thought that is it possible that the human has two fingers longer than other fingers in the same hand? If we think that this kind of thing is caused by the genetic or natural election, there must be something that makes this kind of person more popular spouses than other people, and who and what are those people benefit in that field is a mystery for science. Why the genetic enrichment has caused that kind of abnormality in those cases, where the longest toe is something else than the normal big toe, or where is extra fingers or toes in the bodies of those people.
That means that there is a possibility that there is possible to find new species of bugs in that area. In this theory, the flowers have found their form, because some bugs are looking like them. But would those bugs be alive? We know that there are many mysterious animals in those areas. Those hills are like some kind of islands in the middle of dry areas, and that can also create isolated areas, which are like Galapagos on the dry land. The thing is that there is a really interesting process, which has driven animals to those situations. When all forests are lost around some area, it would remain the only area of forest in that area.
Animals who conform in the forest don't feel comfortable if they should go to savannah. And the lowland animals would not often go to the forests, because they cannot avoid things like species, what are living in the woods. The hunting ways of the lowland animals are different from the forest species. The escaping method of those types of species is different if they are under attack of beasts, and that means they would avoid other kinds of environments. That means that those areas might turn to social and evolutionary isolated areas, where they can live every kind of organism that is not seen anywhere else.
That kind of thing brings interesting things in the mind of researchers, and one of the ideas is to fit what kinds of models to humans. When we are thinking isolated or little bit isolated communities of people, we are facing some interesting things, like that in some of those communities and societies is more than normal cases illnesses like depression. When we are thinking about depression, we cannot first see that there is any benefit to a person if that individual is depressed.
But then we can see things by using some other point of view and remember that evolution brings only benefits to individuals, and when we are connecting the depressional behavior with the theory of evolution, we might see that depressed people would spend less food because they are sitting on place. And aggressive behavior makes possible to defend own. But this is only thinking about the reason, why in some areas some mental disorders might be more common than in the average population.
Why those people are chosen more often the spouses, and what made the depression patient, if we want to use that heartless word in this case better spouses, what caused the enrichment of that certain DNA sequence? These kinds of things are still mysteries of the history of the human race. So in this point of view depression might have a positive role in some environments. But when we are thinking about genetic mutations, there could be very many other types of mutations like extra fingers or toes.
Sometimes I have thought that is it possible that the human has two fingers longer than other fingers in the same hand? If we think that this kind of thing is caused by the genetic or natural election, there must be something that makes this kind of person more popular spouses than other people, and who and what are those people benefit in that field is a mystery for science. Why the genetic enrichment has caused that kind of abnormality in those cases, where the longest toe is something else than the normal big toe, or where is extra fingers or toes in the bodies of those people.
Solving problems in the Third World with those people is the new way to think about problems
Solving problems in the Third World with those people is the new way to think about problems
In the beginning, the new eay to think about helping people is to help them to help themselves. That means that the western nations would tech local operators to make new solutions for their problems. And then the local actors can share their knowledge with other locals. That would be the road to sustaining and positive advantages in those areas, where the cooperation projects would be done. The target of those projects is to increase the knowledge with the social and economic conditions in those areas.
I know that talking about financial benefits from research projects might feel a strange thing in the eyes of people. But those arguments must also be noticed, when we are agumenting the need for some research for people, who makes desicions. They are many times think that there is always some domestic target in the same line with international research projects. And the funding is easier to get if that research would also bring the finanzial benefit for the industry or somehow else increases the national benefit of those projects.
One of the main problems in environmental research and things like protection of nature is how to integrate ordinary people in those projects. When we are thinking about the social and economic problems of places like Africa, we must confess to normal people, that it's also their benefit that some places are protected as environment, what needs the biodiversity.
The research would be a good way to the front of the eyes of the people, how good and beautiful some area could be, and maybe locals would also understand the values of natural animals and the environment to things like tourism. Tourism would bring extra-value for those areas, and bring money to the local people and also local government.
That kind of areas would give also the opportunity to research the African culture like their stories, and one of the things that this kind of thing can make possible is to make people and also western companies to interest the co-operation with African nations. In the area of high-tech agriculture, we might rather talk about data-oriented agricultural solutions, which are using less electric power, and that thing could be done by using intelligent technology. In this vision, the system would be equipped with artificial intelligence, which uses electric power, only when it is needed to use.
That would make things like solar panels and other sources of "green energy" even more effective, what they have been. And that kind of thing is making things interesting, and show the value of education also for the African people. Raising the educational level would make society more stable, and that thing helps to solve the internal problems of the nations of the third world. The problem for the projects has been that they are seen as one-sided.
But as you see northern Europe is the same way exotic to those people, and they might want also to see and research arctic environments during that kind of research cooperation. The thing in the data-oriented system is to handle the changing water supply. During the raining seasons, the system can collect rainwater to tanks, and during the dry seasons, the water can be released to some areas.
If we are thinking about the use of water supply, it can also be used for making electric power for intelligent systems. the system can observe the growth of corn by using a special metering system that might base to laser, which observes the growth of the corn by using extreme sharpness. That allows collecting data from the daily advantage of those corns. If we are thinking about the opportunity for industry, those areas are offering a suitable platform to introduce the knowhow about the Finnish industry.
This is why we should be involved more openly in those projects, where is collected data and analyze them in many places on Earth. That can allow us to create automated laboratories for field use. And also those systems, that will transmit data by using satellites might use to integrate local people and educational systems to those projects. They can help to protect nature and also gives Europeans the knowledge of the African environment.
But here we must say, that Europe and especially northern Europe is the same way exotic as Africa is for Europeans. That cooperation allows African scientists to research polar animals and other things like northern lights. The major thing is how to make people interesting in the possibility to make something big for making the Earth a better place to live.
In the beginning, the new eay to think about helping people is to help them to help themselves. That means that the western nations would tech local operators to make new solutions for their problems. And then the local actors can share their knowledge with other locals. That would be the road to sustaining and positive advantages in those areas, where the cooperation projects would be done. The target of those projects is to increase the knowledge with the social and economic conditions in those areas.
I know that talking about financial benefits from research projects might feel a strange thing in the eyes of people. But those arguments must also be noticed, when we are agumenting the need for some research for people, who makes desicions. They are many times think that there is always some domestic target in the same line with international research projects. And the funding is easier to get if that research would also bring the finanzial benefit for the industry or somehow else increases the national benefit of those projects.
One of the main problems in environmental research and things like protection of nature is how to integrate ordinary people in those projects. When we are thinking about the social and economic problems of places like Africa, we must confess to normal people, that it's also their benefit that some places are protected as environment, what needs the biodiversity.
The research would be a good way to the front of the eyes of the people, how good and beautiful some area could be, and maybe locals would also understand the values of natural animals and the environment to things like tourism. Tourism would bring extra-value for those areas, and bring money to the local people and also local government.
That kind of areas would give also the opportunity to research the African culture like their stories, and one of the things that this kind of thing can make possible is to make people and also western companies to interest the co-operation with African nations. In the area of high-tech agriculture, we might rather talk about data-oriented agricultural solutions, which are using less electric power, and that thing could be done by using intelligent technology. In this vision, the system would be equipped with artificial intelligence, which uses electric power, only when it is needed to use.
That would make things like solar panels and other sources of "green energy" even more effective, what they have been. And that kind of thing is making things interesting, and show the value of education also for the African people. Raising the educational level would make society more stable, and that thing helps to solve the internal problems of the nations of the third world. The problem for the projects has been that they are seen as one-sided.
But as you see northern Europe is the same way exotic to those people, and they might want also to see and research arctic environments during that kind of research cooperation. The thing in the data-oriented system is to handle the changing water supply. During the raining seasons, the system can collect rainwater to tanks, and during the dry seasons, the water can be released to some areas.
If we are thinking about the use of water supply, it can also be used for making electric power for intelligent systems. the system can observe the growth of corn by using a special metering system that might base to laser, which observes the growth of the corn by using extreme sharpness. That allows collecting data from the daily advantage of those corns. If we are thinking about the opportunity for industry, those areas are offering a suitable platform to introduce the knowhow about the Finnish industry.
This is why we should be involved more openly in those projects, where is collected data and analyze them in many places on Earth. That can allow us to create automated laboratories for field use. And also those systems, that will transmit data by using satellites might use to integrate local people and educational systems to those projects. They can help to protect nature and also gives Europeans the knowledge of the African environment.
But here we must say, that Europe and especially northern Europe is the same way exotic as Africa is for Europeans. That cooperation allows African scientists to research polar animals and other things like northern lights. The major thing is how to make people interesting in the possibility to make something big for making the Earth a better place to live.
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Computer researchers published a new algorithm that revolutionizes web management.
The new database structures require new and powerful tools to manage databases in non-centralized solutions. The new data structures can be ...
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Starlink and miniaturization of the communication satellites The dream of Elon Musk is to give every people free Internet across the world... -
The time travel in mind or using imagination Sometimes we are forgetting one thing about data handling and memory. The thing what we are f...
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Lightweight vehicles are flexible tools in the hands of the military Jeeps were effective tools in the hands of SAS Lightweight vehicle...