Resonance is the problem in the real-life design

In this text is connected a photograph of a model of one house, and the thing why I put it here is the ventilation tubes, what seems to have a very big supporting framework. Sometimes people ask about those tubes, and the reason, why those structures are so heavy. The purpose of those things is to deny the movements of the tubes. This house is a former printing house, and the thing, why that kind of things are so difficult to make is the seismic shake, what those machines cause.

If the machines are not properly isolated from the floor, that seismic shake causes that the impact would transfer to the structure of the house. This thing causes effect, where the entire house starts to oscillate, and the frequency, what the sound waves would have is the same, what concrete has, and that thing transfers those soundwaves to other houses. The effect of that thing is that the soundwaves take the other concrete layers to shake with it. And that thing will break the concrete layers of other houses.

Resonance is a very dangerous effect and the thing is that if the material like factory starts to oscillate, the soundwaves would destroy houses and other structures in very large areas. The power of resonance discovered Nikola Tesla when he created his famous resonator in his laboratory. The system was loudspeaker or buzzer, what was covered by concrete, and that thing caused the effect, where entire building almost collapsed.

Tesla's attempt was just to test the echo box, what was created by using concrete, and the purpose of that system was just denied stealing the new electric loudspeakers. So the resonance is the very powerful and destructive phenomenon. There are given ideas to create the new kind of safety systems for security personnel, what bases the resonance.

The idea is that the loudspeaker will give the soundwaves to the area, where terrorists are hiding, and if they have composite weapons, resonance breaks the core of those guns. One of the versions is that the bite of the same material, what is used in those guns is put on the motor of a car, and that thing would cause that there would be scratches on the trunk of the gun.

The oscillation or resonance is the reason, why aircraft are dropping from the skies. And there is a possibility that the soundwave-based system causes the damages to the structures of the aircraft would be in use. The idea is that the system would cause cracks to the windshield or other structures of the aircraft, but the problem is that those systems need the right frequency to that thing.

So in computer-based systems, the laser might take the image of material, and send that data to the governor, what would adjust the frequency of the soundwaves to fitting precisely to that material. This kind of systems might not very big, and there are rumors that some special forces have the electronic transverse flute, which would give that kind of sound.

The idea is that this kind of systems would have radio receiver, what would adjust the system to the right frequency. And then the user just blows to the tube, where is small turbogenerator inside it. Then the miniaturized system would start to send the soundwaves from the small-size but powerful loudspeaker, what can installer in the miniaturized LRAD system. This kind of systems might be very dangerous because if they would start to resonate bones or blood cells, that can cause painful injuries. That kind of things are might be in the bond movies.

Artificial intelligence and digitalization of business architecture.

Artificial intelligence and digitalization of business architecture.

From the traditional business to the data-oriented business, what is controlled by artificial intelligence can be very short. Artificial intelligence can collect, analyze and use information more effectively than people ever can use. The thing is that artificial intelligence would be sharp, and it can process more data, what human cannot read during the entire life. That means that this kind of algorithms can search for data from the millions of sources on the internet, and in the most regular solution raise things, what might interests the readers or users of data, like the obituary, where is mentioned the director's name, who is in charge in the company, what is working as business mate.

This kind of things might interest the other companies because if there are many cases, where the owner of some company is mentioned in the obituaries, as the sympathetic or family member there is something wrong. Or if there is finding much news, where are pictures of competitors or their vehicles there are problems with something.

Artificial intelligence can search those data from using the old news, which is scanned to the Internet. Those programs can recognize images and words even from pictures and PDF-documents, which are published. And that thing would help the analyzers find similarities in that information. This kind of systems would not make decisions. They just raise the data to the screens of human operators, who make decisions of the actions. But in the future, this system can tell the authorities and even call the police, if it sees some suspicious people.

The road from traditional solutions to effectively secured data-based, and user-oriented solutions and architecture must begin during training and education. That causes that the user adjusts to using digital solutions, what are effective and saves nature. But people must understand that the only secured data makes those systems trustable. If some people would slip in the system and allows to manipulate data, the results would be devastating.

In some versions, data-oriented business means situation, where artificial intelligence is following the behavior of the markets, and then increases or decrease the production and also allows to focus the production in the particles, what have the best sales. That would save money, and also make operations in the company more flexible and more effective, even if the company doesn't use robots in the manufacturing process.

If we are thinking about the case, where some company wants to make a new computer game for markets, they would use artificial intelligence for mapping, what kind of products would have the best possibility to make success in the business. Artificial intelligence can connect data about the things, what people are talking about computer games. And that system can map from the screen, what kind of characters and items those successful computer games might involve.

Also if artificial intelligence can use biometric data that is collected from brains and where the eyes are pointed, that thing means that the system can map things, what are pleasing players by using EEG and other sensors like miniature cameras. That can install inside the Virtual Reality glasses. This kind of data can collect from the players by using a simple methodology. Players can be asked to test computer games, and then the biometric data can collect without their knowledge.

This is one way to think about innovation. When we are thinking about digital directors of companies or digital professors and even digital students, we must realize that machine learning can make everything about those things possible. The machine learning can allow artificial intelligence to learn things like a normal student, and it can find and connect data from the digital database as the human student does, and in some wild scenarios that artificial intelligence can turn to the professor and start to teach humans.

And maybe that computer program has digitalized human character in use. That means that human students can believe that the figure, what they see in screens is human. That thing is only one way, how that thing can accomplish.

But the more conventional solution is to use human beings in that thing. Those people can operate by using virtual workspaces, and the companies might have virtual headquarters. Those systems might base the technology, which is used in computer games. The virtualization of the workplace can seem a very interesting solution and one thing what supports that solution is that kind of thing would decrease the carbon dioxide. And the directors can handle things more effective way than ever before.

But this kind of solution needs very high-level information security. The vital thing about the success of that kind of next-generation virtual reality solutions is that the information, what those digitalized characters would get is that data would have high enough confidentiality, integrity, and availability. If this principle is dangered, that means somebody can manipulate the data, what is meant for making decisions.

And that thing causes the wrong decisions. The thing is that virtualization and digitalization give very good opportunity, but at the same time this kind of things causes very big treats. The digital solutions are ultimate tools in the right hand, but dangerous in the hands, what is not qualified, or somehow hostile. This means that the greatest opportunity in history can turn to nightmare. The thing, what we can do with data systems are different than what we should do. And that is a very good perspective for discussions about digitalization.

Optical illusion when the moon has lost its lower pole has given the most unpractical idea for architecture. (Donald Duck's building project)

Optical illusion when the moon has lost its lower pole has given the most unpractical idea for architecture. (Donald Duck's building project)

The strange thing about the famous optical illusion, where the moon seems has lost it's lower pole is that human brains would fill the square or house in front of the moon in that situation. The ability to fill images is a very famous thing in optical illusions, and in some cases, the brains are filling the house in the front of the moon. Some people have called this optical trick as the "Babel-effect".

This thing has caused many thoughts about this phenomenon connection with things like Babel tower. But as you know, that kind of things are only tales, until they have proven right, and until that the optical illusion of the lost part of the moon remains an illusion, but this kind of things have caused philosophical writings and some television movies. At the next part, I will write about Babel-tower by using base the thing or an idea, what I have read from some Donald Duck cartoon. In that cartoon was the laboratory, what could lay down in the ground.

In the architecture or this case, phantasy-architecture is many fantastic, and at the same time, strange solutions and one of them is houses what can be pulled inside the earth. This thing is very fascinating but at the same time the most unpractical solution for making houses, which would be lost. But as you see, I have stolen this idea from the Donald Duck cartoon.

And that thing allowed the "bad character" hide the work, what that person made. So I have sometimes thought that could it be possible that somewhere in the house, what can be pulled in the ground. But if we would think that solution, that thing would need an extremely powerful hydraulic system, and those massive structures are very unpractical.

But as you see there would be another way to make this kind of heavy solution. That thing would be a house, which is built in the cylinder. The power of water would push the house up, and when the water is removed the house would act like a piston, what moves upwards and downwards. In that solution, the house would be a separate structure like a raft, what is in the thin but deep pool, and when the water would pump under it, the house would rise upwards, and when the layer of the water will decrease, the house would lay back in its pool. So the structure would be like a cylinder, where the house is moving like a giant piston. But as you see, those solutions would be very unpractical.

Sometimes Babel-tower is the thing, what we cannot make. It is a symbol of the impossible or unpractical thing, and sometimes I have thought, could it possible that in somewhere in the skyscraper or tall house, what could be pulled inside the Earth, and of course people are always laughing at this kind of things, but as you see everything, what architects are making are not practical solutions. People are drawing images of the bases on the other planets, and why people have no right to write or draw something, what would probably ever made in practice, but as in Bond movies has been said: "ever say ever".