When the most advanced tool becomes the enemy of advance.

Why...

Above this text is the image that is not made by using AI. I took that image yesterday evening. That thing required a little bit of trouble and time. Walking into that point, taking my cell phone, and taking that picture took time. When I looked at that picture I realized why people use AI in many things. AI offers easy things to get the job done. That easy tool allows people to make thousands of lines of code in minutes. 

That is possible if the person uses some code libraries. And that makes a person effective. But that thing is not good for advancement and innovation. Also, that way of making programs is not good for data security. If some hackers get those code libraries that allow them to break the systems those codes are used. 

We know that thing. But we ever ask why person makes that thing? Why does that person use libraries and copy-paste? Why that person uses code, that somebody gave to the hard disk? The answer is this something forces a person to make things like that. The nice, well-done code in the hard disk makes work effective. And we can say that generative AI, large LLM, or whatever we call that thing is only to those libraries. 

We can be effective and always use that method to make things. That can make an impression. But then we can say that this method doesn't allow us to advance our programming skills. And that means the AI kills productivity and skills. But is the AI guilty? 

Do we bark the wrong tree? Should we prosecute the need to be effective for that thing? People use AI and code libraries because they have no time to learn things. People are so hurry, that they have no time to learn things. And if they make mistakes they are fired. That forces people to use AI. 

The biggest problem with algorithms is they use existing information. They don't call any telescopes or particle accelerators to create experiments that they can produce new things. They just seek existing information and reorder it. If we start to use AI more and more to become effective we are facing situations in which we don't get new innovations. 

New innovations are things that make the world more advanced. But when we make innovation. We process thought into the product. Without thought is not innovation. Because our mind is to bind to memories we are in trouble with new things.  That means we should create a mind that is not dependent on memories. But that thing is not very easy to make. Almost everything that we make is bound to memories. 

Algorithms do not create things. They just connect existent data into new entirety. And the question is this: do we let ourselves turn into the AI's? Mechanical minds can search existing information but cannot create anything new. 

If we don't let people innovate that means that we will not create new things. Innovations require time and space. And that thing is not a thing that fits into the idea of productivity and effectiveness. 

Algorithms are tools that make many things faster than humans. That is the reason why we use them. The question is always this: do we someday make algorithms that rule people? When we make things by using algorithms we can find an easy way to make things. Algorithms make our lives easier. They search for things from databases. Then, AI can make many things better than we can. We are afraid. That AI helps people to make things. 

Like fake doctoral theses. We are always afraid of that. People lose their creativity when they use AI. We ever ask why we leave our work to the AI. We see that things happen, never asking "why"? 

The problem with the algorithm is that AIs don't make anything new.  They just collect information from the networks. AIs build new entireties using information. That already exists. And that is the problem with AI. The problem is that the system requires effective working. During working days people don't cheer programmers and other people to make new decisions. The requirement for effectiveness is the thing that destroys creativity and advancement. 

People are afraid of remote working because it destroys innovation. But how many hours in week do we use for innovations? Do we really make innovations in our offices? Or do we just read newspapers and reports and make things that have been made 1000 times before? 

Many people think. That innovation is the case, where one person talks and the other listens. The problem with innovation and creativity is that people are afraid of failure. Failure is somehow a non-accepted thing, and that means we make many times things that we made many times before. 

Because. People are afraid of things like grammar mistakes they think that they must let the AI make their texts. Programmers are afraid of mistakes.  Fixing mistakes steals their and other worker's working time. That is the reason why the working environment forces people to use AI. And that is the best way to destroy productive thinking and innovation. 

The AI makes people look like effective. But that system uses only existing information. That is the limit of the AI. Even if we want to make images using AI, we must give orders to it. The AI is like the drawing program that follows orders that we give. That allows us to create new worlds. But that thing doesn't advance our painting skills. 

The memory makes humans effective. Imagination is the thing that connects memory bites together new way. That allows us to create new things. Memories and the connections with existing memories are the things that limit the imagination. The requirement for innovation is an idea, that doesn't come from emptiness. 

Memories are stored in our memory cells. When we use imagination we just reorder those things that we can call memory pixels into the new entirety. Those things are like puzzles that we can reorder. 

The big advance would be the mind. That is not connected with memory. The memory-independent mind is something that we cannot imagine. We use memories to create new entities. And it's hard to even imagine a tool that doesn't use memories. That thing is the tool that can make the next step for innovations and society. 

WARP-bubble and quantum tunneling along with Tipler cylinders might solve at least part of the problems of interstellar travel.

  

 WARP-bubble and quantum tunneling along with Tipler cylinders might solve at least part of the problems of interstellar travel.

What if engineers will connect rocket engines to the Tipler cylinder. And then send it to travel to Alpha Centauri with the speed of 50% of the speed of light. If the rotating speed of the core of the Tipler cylinder would be 90% of the speed of light. And its speed to target is 50% of the speed of light. That thing means the speed of the cylinder's core is 140% of the speed of light. And that thing can make the time travel backward in the cylinder. 

The problem of aging of the crew of the interstellar spacecraft is solved by accelerating craft to speed that is the speed of light. But the problem is that this thing would not stop the aging of the people outside the craft. And if the interstellar spacecraft will travel to the Alpha Centauri with the speed of light. That takes four years to there and four years back. That trip will minimum of eight years. 

But if the craft will reach the speed that is 50% of the speed of light the journey to one way takes about 8 years. And the entire trip to Alpha Centauri and Back will take 16 years. But the time can dilate in that kind of capsule "quite easily". The core of the craft can put to rotate with the speed that is almost the speed of light. And that thing stops the aging of the crew. But the question is what if the core of the capsule starts to rotate with a speed that is 90% of the speed of light. 

And the speed of the capsule would be 50% of the speed of light. That thing makes the situation where the virtual speed of the craft is 140% of the speed of light. And that thing could cause the situation that time can turn to travel backward in the capsule. If that thing is possible the craft is turning to the time machine. And the crew would simply return to the point in time where they left to trip. So that thing could make it possible to travel in time by benefiting the Tipler cylinder. 

WARP-bubbles and quantum entanglements are the things that might solve the problems of interstellar travel at least partially. I WARP-system the craft is pulling the particles of the universe to it. And that thing allows the craft to travel faster than the speed of light. The warping technology means that the universe creped or warped. And that causes the light or the craft should travel a shorter journey than otherwise. 

The quantum entanglement can cause the situation. Where the particles of the exhaust gas can tunnel through the quantum channel. And that thing could make it possible to create exhaust gas that travels faster than the speed of light is outside of that channel. That thing is possible because the speed of light depends on the environment. 

The theoretical wormhole is basing a similar effect with quantum entanglement and quantum tunneling. There is a couple of versions of benefiting wormholes in space travel. One is that the spacecraft itself goes to the wormhole. And another is that the spacecraft is driving the particles from its engines to the wormholes. The last one requires only the creation of the quantum-size wormholes. And in those wormholes could be possible to shoot particles or wave movement. 

The thing is that there is the possibility to stop the time in the space capsule by putting its core rotating with the speed of light. The core of the Tipler cylinder is put to rotate extremely fast. And in some cases, the magnets are pulling the core inside. And that thing keeps the structure in one piece. The purpose of the magnet is to deny the effect of the centripetal force. But the other version is to cover the outer layer of the craft by using the rotating plasma field. 

Maybe it's possible to create a system that allows traveling back in time. Theoretically traveling with a speed that is higher than the speed of light makes traveling to the past possible. In some WARP systems, the bubble where the craft is traveling would be the plasma ball. And that plasma is put to rotate with the speed that is almost the speed of light. 

This kind of system requires that the capsule has two cores. The outer core must isolate from the inner core. And that would make it possible to create the condition where the plasma or something like that is virtually crossing the speed of light. That effect should make the craft travel back in time. But these kinds of things are purely theoretical. 

https://www.scientiststudy.com/2021/12/researchers-discovered-space-time.html?m=1

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

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

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

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

Image:https://www.scientiststudy.com/2021/12/researchers-discovered-space-time.html?m=1

https://interestandinnovation.blogspot.com/

Human-looking robots and interactive artificial intelligence are a powerful combination.

 Human-looking robots and interactive artificial intelligence are a powerful combination. 

Here is the most realistic human-looking robot ever. This title is seen in Nerdist.com. The thing is that the human-looking robots are coming. 

And many actors are interested in those things. Of course, entertainment companies are interested in the possibility to use robots in dangerous or embarrassing scenes. But also security, military, and law enforcement companies might find the use of those machines. 

Human-looking robots can use in covert missions. And those robots cannot turn against their controllers. The thing is that the cyborgs that are looking like humans can send data from their environment to the control centers. Their ears would be microphones. Eyes will be CCD cameras. 

And piezoelectric sensors transmit the feel of touch to the controller. The system will send all data about their environment to operators by using the internet. The quantum system where the data routes are decentralized will make the robot act perfectly even if the internet is slow guaranteeing its ability to operate and interact with data centers. 

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There are three ways to make a human-looking robot. 

1) Make just a remote-controlled body that is controlled by using a data suit and data gloves. Also, the operators can use the chambers or sensors that are following their movements. 

But the data suit with data gloves is giving the best touch for the robot. The BCI (Brain-Computer Interfaces) are also promising tools for that thing. The thing that makes the remote-control robot interesting is that systems require only simple algorithms. But of course, the communication between robot and controller must protect. 

Machine learning would revolutionize that thing. 

And then to learning systems. Those systems require powerful computers for running complicated algorithms. So they might use the internet to communicate with computer centers. The system requires complicated artificial intelligence-based algorithms. 

2) The semi-automatic version of that thing. The system benefits machine learning. If the robot faces a situation that is not in its database it will ask the human operator to solve the problem. The system requires complicated algorithms. For benefiting the thing that stored in its database. 

In that case, the human operator will use the data gloves and data suit and make the movement series that fits in the situation. Then that data is stored in memory for similar situations. This type of system is used in Mars-rovers. 

The thing is that the Mars-rovers are much easier to control than the man-shaped robots on the streets. There are much more variables on the streets than on Mars and programming those robots is complicated. So the system can benefit method where the controller will record or teach certain actions to the robot. 

And those actions can use to create independently operating robots. The thing is that when the data mass that is stored in the computers increases that will make robots more independent.

Each time. When the operator teaches some new activities for the robot. Those machines learn a new trick that can connect with similar environments. 

3) Fully independently operating robot. The thing is that this kind of system can use the data that is collected from the semi-automatic systems. The problem with this type of system is that the databases of that system are extremely large. The system requires complicated AI-based algorithms. And that means the robot must communicate all the time with supercomputer centers. 

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The communication between robots and computer centers is the key element in that kind of system. So it must be secure. And make effective even if the internet is sometimes slow. 

In decentralized communication, the system uses individual data links for each action. There is an individual data link for each hand and leg. Also, the other things might have their own data links. The reason for that is sharing the data routes to smaller parts will decrease the stress of the individual data lines.

The problem with the development of mankind robots is that the size of those machines is limited. That means the powerful computers that are needed for running highly advanced and complicated artificial intelligence algorithms cannot be put in the body. 

https://nerdist.com/article/most-realistic-humanoid-robot-engineered-arts-ameca/

https://interestandinnovation.blogspot.com/

   

 Why is planet Mars important when we are going interstellar?

Antimatter is one of the most promising fuels for the interstellar craft. The antimatter rocket is theoretically very easy to create. Material and antimatter will just need to impact inside the reaction chamber. 

Planet Mercury could be a perfect place for the antimatter factory. The antimatter-collection chambers would be the system that pulls the beta-particles like fast electrons that are coming from the Sun through the extremely thin gold layer. That thing turns those particles into antimatter. That can use as fuel for interstellar spacecraft. 

The fact is that producing antimatter in the spacecraft itself is possible. The system can just turn the collector to the star and then the particle flow will travel through the thin gold layer. That thing will turn the electrons that travel through that gold into antimatter. The antimatter can be stored in magnetic bottles. 

That means the hypothetical interstellar probe can fill their antimatter tanks very easily. Those probes must just fly against the particle flow, that comes from those stars. The Daedalus-spacecraft can easily equip with that kind of antimatter collector. And if that spacecraft has the antimatter collector or leaf gold layer with the magnetic chamber at its head. 

That thing allows it to fill the antimatter tank when it comes to the Alpha Centauri. The craft will store the antimatter in the ball-shaped magnetic bottles. And then the material that impacts with antimatter would be water, protons, electrons, or some hydrocarbons. The Proxima Centauri is part of Alpha Centauri system. And that star has a planetary system. 

The needed thing is that the mirror-particles of antimatter are involved in the annihilating material. So if the electrons are stored the positrons are the annihilating thing. If the protons are annihilating the antiprotons are the thing that causes the annihilation.  

Why Mars will be an important waypoint for interstellar travel? 

When human is going interstellar planet Mars has an important role in that kind of project. On that planet. Is possible to make social and technical tests for the systems. That should use for deeper space missions. And if we want to make the antimatter rocket that system can start far away from the Earth. 

Mars is an excellent place for laboratories where is developed the new type of propulsion systems. Those systems require extremely high energetic power sources. And the most promising power source is antimatter. The mass of antimatter that is needed for the journey to Alpha Centauri is about one kilogram if we want to bring samples from that solar system. 

The antimatter is needed for acceleration, braking, and then stabilizing the probe to a certain trajectory. And also returning from Alpha Centauri requires antimatter. The mass of antimatter that is needed for demolishing Earth is about one gram. And one gram of antimatter is needed for creating a fly-by probe. That travels past the Alpha Centauri system. But that project requires anyway extremely high-class investments. 

The thing is that handling that kind of material is extremely dangerous. So the laboratories where that kind of research is made should be very far away from Earth. 

Because if there is an accident and the antimatter touches the wall of the chamber. That thing can destroy the entire planet. If that laboratory would be on the moon. That causes the asteroid could impact Earth. 

And another thing is if the moon is destroyed. There is nothing that causes tidal waves. And the oceans start to drop to the equator. That causes horrible ecological catastrophe. The laboratories that are on Mars are not causing the same kind of threat. The problem is how to produce enough antimatter for an interstellar trip? 

One of the answers is that the antimatter production plant can create on the planet, Mercury. The Mercury could be the perfect place for the antimatter factory. As I wrote at the beginning of this text. But then the antimatter must carry to Mars. So the creation of antimatter in the craft itself would be easier. But there are lots of risks in that kind of mission. The craft should dive into the Sun. And then it creates antimatter in its collector. Then that antimatter will conduct to the rocket. 

https://www.inverse.com/innovation/mars-city-interstellar

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

https://interestandinnovation.blogspot.com/

 

 Quantum rockets are the next version of the hypothetical space systems.

The quantum rocket is the rocket that uses the subatomic particles or the wave movement of the subatomic particles for creating thrust. Some of those hypothetical rockets are quite easy to make. But their fuel is so expensive material. Antimatter rockets are one of those kinds of systems. 

The antimatter rocket is the rocket where antimatter-material annihilation makes the energy for the rocket. In that kind of system, the antimatter and material are conducted to the combustion chamber. And then they are annihilating. That is creating an extremely high-energy punch. 

But there is a possibility to make another type of quantum engine. In those more futuristic versions, the system conducts the energy to the things like electron crystals or time crystals. And the oscillation of those things is creating the wave movement that allows them to push the craft forward. The system bases the quantum annealing where the electron, proton, or neutron crystals are stressed by using radiation. 

(Image above:)

Energy is conducted to the quantum crystal where it oscillates its structure. And that thing causes wave movement that is pushing the craft forward. 

That thing makes it possible to create a safer system than using pure antimatter-material annihilation. The radiation will conduct to those quantum crystals which are sending radiation. But the extremely thick electron or neutron crystals can also increase the speed of sound. 

Some futuristic versions of the engines of the future electron crystals are giving the punch. In the engine is created extremely large size electron crystals. And then the electromagnetic or acoustic stress would target those electron crystals. The size of the particles determines the speed of sound. And in neutron stars the speed of sound of 60% of the speed of light. 

So the speed of sound in the extremely thick electron crystals should be even higher. And that thing makes it possible to create the soundwave that speed is extremely high. When the sound will travel through that electron crystal the speed of sound will rise. 

And when it comes out from that crystal the faster-than-speed of sound pressure impact will push aircraft faster than any other thing can do. That kind of system where the speed of sound is accelerated to extreme limits. Can also be used as a weapon. The high-speed pressure wave can be devastating if it hits to air. 

https://interestandinnovation.blogspot.com/

The name of the game is how to make the energy travel from the environment to the particle. (Quantum engines)

 The name of the game is how to make the energy travel from the environment to the particle. (Quantum engines)

The most important thing about the speed is that the acceleration continues. Until energy starts to travel from particles to their environment. This thing means that the extremely cold particle flies to a longer distance than warm particles. The energy will continue to travel to the bullet until it reaches energy stability. And then, the flow of energy turns away from the particle. 

This is the thing that is making the particle slow. The kinetic energy is starting to travel from the particle to its environment. And that thing is making the slowing of the particle.

So the thing is that creating the quantum annealing effect around the particle or some other object makes it possible to accelerate the speed to an extremely high level. So the thing that can make it possible to create the next generation space systems is to use the extremely low energetic particles backward. 

The low energetic particle would pull energy to itself and that will accelerate its speed. But that thing requires that the kinetic energy must replace by using some other acceleration method. And it's impossible to make this kind of thing real in nature. 

But if there is someday possible to make the zero energetic particles that would not have kinetic energy. And which can move backward that thing could make it possible to create the faster-than-light rocket. That kind of engine is against natural laws. The zero-energetic particle cannot kick the rocket forward. 

The energy vampire is the thing that is making it possible to create the zero-energetic particles that are making the "faster-than-speed-of-light" exhaust gas possible. The idea is that the ion engine will kick those particles to the speed that is so close to the speed of light as possible. Then the temperature of those particles will decrease as low as possible. That should make them travel at extremely high speed.

But that thing is very hard to make. The system should kick those particles with very fast speed and same time pull the other energy away from the body of the spacecraft. That thing would cause that energy around the body would travel to the core of the craft. 

The thing that slows the particles is the same thing that denies crossing the speed of light. That thing is the crossing quantum field. Those crossing quantum fields are making the particles impossible to cross the cosmic speed limit. 

But there has been made the idea that the energy of the spacecraft body would put to zero-point or zero level and the gas or ions around it can same time anneal. That thing is meant to make the quantum field pass the craft. 

There is made many attempts to create faster than the speed of light spacecraft. The most promising of them are the hypothetical Kugelblitz- and WARP drives. Hypothetical "Kugelbitz" is the black hole-based system. Or actually, it's the group of the hypothetical black hole- or ion-based systems. Are planned to accelerate the speed of exhaust gas. And make faster-than-light travel possible. 

Maybe those systems cannot ever make that thing. But if they can accelerate the craft to speed that is a couple of percent of the speed of light those systems can open the road to the entire solar system. And even if the stars are too far those systems can be more powerful tools than any rocket. That has been created before. 

In the most futuristic versions of the engine, the nozzle is formed the black hole. And the exhaust gas of rockets will accelerate by using that system. The most conventional models in the rocket engine will position the Wigner or time crystal. If the protons are shot to time crystal that thing can accelerate their speed. 

Or some extremely electronegative particles would inject at the front of the exhaust gas. If the positive ions will launch at the front of the negative ions. 

That thing can increase the speed of the negative ions. Also, those crossing ion flows can use to form the fusion reaction behind the craft.  And that thing is making it possible to accelerate the ionized exhaust gas of the rocket engine to extremely high speed. 

https://www.space.com/24306-interstellar-flight-black-hole-power.html

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

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

Is the new Great Wall of China the thing that gives China superiority in technology?

 

 Is the new Great Wall of China the thing that gives China superiority in technology?

One of the top actors in quantum computing and artificial intelligence is the People's Republic of China. Those things are important for creating new aircraft, space systems, and communication tools. 

And one of the most powerful quantum computers run on China territory. The Chinese government is introduced many futuristic and powerful weapons like hypersonic cruise missiles and stealth bombers to the world. So how did this happen? 

When we are thinking about the situation that made it possible that Europeans could go to China and take everything they wanted the reason for that was the Wall of China. Before the wall was built China was one of the most advanced nations in the world. 

Then Chinese built the Great Wall, and China left without cultural and scientific exchange with surrounding nations. So when the Europeans arrived they faced the old-fashion military that used equipment from the 12th century. But what if the Chinese would let the information come through the wall? Today China is surrounded by a firewall. 

The Wall of China made cyber-attacks possible. The information came through China's information wall. Allowed that the scientific and technical data could pass that firewall. And by using the data that was collected from net China can create many powerful tools. And the quantum systems make it possible that China will be more powerful. 

Quantum computers allow handling the incredible mass of data. And that thing allows controlling every citizen individually. But the quantum systems also allow that cyber attacks will be more effective. 

The thing is that the Wall of China is effecting also other ways. China has been collected the western high-tech industry in its territory. That thing makes it possible to copy the solutions as an example from the mobile application to the Chinese products. The mobile solutions are interested in the military like the PLA (People's Liberation Army). 

So could there happen that the similar effect that once made China easy cake for conquerors will turn opposite against Europe and the USA? The firewall of China makes it possible to hide the new projects without nobody can disturb those people. There is the possibility that the Chinese weapon and other systems would turn more advanced, flexible, and powerful than the European and American systems. 

The thing that benefits the Chinese leaders and projects is that there is nobody in China. Who criticizes the projects or resources that are put in them. Nobody can resist the projects controlled by the PLA. And that thing makes very fast research and development projects possible. So China can work with very high-scale space and aviation designs, and nobody cannot danger those projects. 

When nations are building walls, they are isolating. That thing can create the false and dangerous feeling that the nation behind the wall is safe. When the Chinese build their wall they thought that they were safe. But that thing caused that they didn't know the advantages that other nations made. And that old-fashion army with old fashion equipment made China an easy target for intruders. 

But the Great Wall also acts another way. It also isolates other nations from the advantages that are made in China. When China introduced its most modern weapons sometimes introduced a question. Are we the same way victims of the Great Wall as the Chinese were when Europeans came? Is the Chinese equipment turn too powerful for us? 

https://www.nationalgeographic.org/encyclopedia/great-wall-china/

Innovation and programming

When we are thinking about innovation. We must realize that there is needed financial support for that kind of thing. The world is full of ideas and many of them are turning to theoretical innovation. But then those things vanish because they are felt as "boring". Or they are giving benefits to nobody. Innovation is the next step from the idea. The idea is the thing that people are sometimes writing on a sticky note. 

But then the idea vanishes because the thing is that the person who got that thing is not to remember it. If we want to make something real, we need time and financial support for that thing. That means we should tell the supporters, what is the interest why they should support some project? The innovation and R&D processes are needed time. And when the prototype is starting to form that thing needs room. 

In the cases where the innovation is not involving physical forms. Like in computing or sharper saying, software development the only thing that is needed is time. Everybody can download the development software to the computer. 

Then that person can make code if the skills are high enough high. But that kind of development requires time. And every people in the world requires something to eat. 

When we want to make complicated artificial intelligence-based software. We need to have time and money to make that R&D process. Things like interesting computer games require complicated code. And the AI makes those games interesting. That thing eliminates the possibility that the virtual "robot enemies" are not coming all the time from the same points. That thing should keep the game interesting. 

But that kind of system requires complicated programming- and database structure. The test process for that kind of thing is not very simple. And that means the developers need the time and resources for making that thing well. If there are bugs in the codes, that means nobody buys programs. When we are thinking about artificial intelligence and quantum computers the quantum computer is the hardware. 

The most interesting hardware on the internet is quantum computers. The capacity of quantum computers is enormous. And the power of those systems is higher than any other computer in the world. 

The predicted power of full-scale quantum systems is a million times higher than all binary systems that are connected to the internet. And that thing means that all data security tools that are made before quantum computers will be broken in seconds. And that means all the data stored on the internet is unsecured. 

And the thing is that without perfectly working programs the quantum computers are useless. That is the thing that we must remember when we are making the new quantum computers. Those things are impressive, but also the computer programs and interfaces that are cooperating with quantum computers. And things like screens and other output devices are working perfectly. Without those programs the quantum computer is useless. 

The computer programs and operating systems are the "soul" of computers. The program is the thing that the computer should do and the operating system is the layer that translates the operands to the microprocessor. And that thing means that software development is a very important thing in the world of quantum computers. 

If programs and operating systems are not supporting quantum computers. Those systems are not so effective what they should be. Of course, quantum computers are offering real processor-based multitasking. 

Think of software development from the point of view of Windows is an interesting thing.  We must remember that the lowest layers of that operating system are made by using tools that do not exist anymore. That thing means that Windows requires updating that it can work with quantum systems. That thing means that the quantum systems should allow driving programs alone without the assistance of binary computers. 

https://interestandinnovation.blogspot.com/

Quantum compass and next generation navigation

https://gamesandtehories.blogspot.com/

Kimmo Huosionmaa

The vulnerabilities of GPS systems have been noticed, and that system has many weaknesses. The use of satellites makes it vulnerable to ASAT (Anti Satellite)-missiles, and another kind of weapons. That's why the military forces of the world are looking for the replacement for GPS. Even if the new systems, what bases the jumping frequencies are more immune to jamming than old systems, the replacement, what does not need satellites are now under the development.

Quantum compass might replace the GPS because it's immune to jamming systems. The major weaknesses of the GPS are the system uses satellites for giving the position of the point. And this is why GPS is quite easy to jam, and the other weaknesses are that the system cannot be used in underground or EMP-protected places.

Also, northern lights are disturbing that device, because they form ion layer in the top of the atmosphere. This means that the operators, who use GPS must find another way to locate themselves. The answer in submarines has been to use the Inertial navigation system, what connects the information of the speed of the thing, what uses that system, and the gyroscope meters the direction of the ship or aircraft.  In modern gyroscopes, the layer would lay in the magnetic field, and it is rotating like in the electric motors. The lasers would observe the direction and positioning of that magnetic plate, what reacts extreme sharply in any changes in direction of the system.

By using this information can the computer map the position, if the beginning point of the journey is known in the vehicle. This navigation system can map the entire route of the navigated thing. But this system requires the begin location for mapping, or it is useless. This is the problem with this system. Also, the problem is to make it enough small that person can carry it in the pocket, and the need of speed information makes this thing hard to use in ground vehicles.  Setting the beginning point of navigation is also difficult if the person jumps by using a parachute, where the beginning point is hard to locate.

The answer for the problem could be the very sharp magnetic compass, what bases technology, where the layer is floating in the magnetic field, and the multiple lasers are observing the position of that thing. The new kind of systems might be the combination, where is magnetic and gyro compass working together. Those systems might be very small and that would make them very light and effective.

The magnetic version of this compass works with a similar principle with normal magnetic compass, and the system calculates the place of the system by using the angle of the north pole for locating the system. The difference between the Inertial navigation system is that the plate must be in a stable position. There would be extremely thin magnet nail on it, and that makes possible to locate the magnetic north pole very sharply.

If those systems are based with nanotechnology, where the plates are extremely thin, and the width will be the only couple of micrometers and the size is smaller than coin or even the thumbtacks, the system would be extremely small. But of course, the operator needs more information and one is the knowledge about where the system is. So the operator must put the state or some coordinates, where he might be, that the computer can locate the person. This might be the next generation locating system.

The ideas of the modern architecture

https://crisisofdemocracticstates.blogspot.com/

Kimmo Huosionmaa

Above this text is a picture of the modern building site at Helsinki, Finland, and I thought that this shows, how the modern materials and innovation change the way to make buildings. The modern materials and the CAD-based computer research allows making more advanced and sophisticated planning for buildings. The next generation buildings are made with CAD/CAM (Computer Aided Design)/(Computer Aided Manufacture)  methodology, what allows to make the buildings, where every part fits perfectly in the position, where it is planned. In this process, the computers would send the CAD  pictures to the company, what makes the elements, and that allows to make unique elements, what have different shapes and metering.


The size and color of each element can be unique, and that makes possible to apply new kind of things in the structure of the buildings.  That allows using the elements and material very sharp, and there would become the minimum number of building waste.  But that technology allows to make houses, where are new kind of components, what was ever before in the normal buildings. That kind of solutions could be the balconies, what can be pulled in, when the weather is bad. That could deny the accumulation of snow. But that kind of detail could be a very interesting part of the building.


That kind of things are the things, what could be standard in the houses of tomorrow. Also, computers would follow the moisture of the elements by using special nanosensors, what collects the information about the moisture and other erosion in those elements. That "smart sand" is the microchips, what meters the quality of the elements, and also the movements of the building. The idea of the intelligent house is that the ventilation and the brightness of the windows would react continually for the temperature and sunlight, that the houses would become more comfortable for people, who live in there.

Sven Dufva, the most well-known character of "The tales of Ensign Stål"

(Picture I)

http://kirjabloggaus.blogspot.fi/p/sven-dufva-most-well-known-character-of.html

Kimmo Huosionmaa

This is the philosophical point of view to Sven Dufva is the most well-known poems of the book "The tales of Ensign Stål". We actually don't know if this character pure fictional or is behind it some real person. That man said to be big and strong, and sometimes I have had a very interesting thought in my mind. That is "could Sven Dufva is automaton". That theory is very wild, but as we know, the automaton fascinated theologians, military leaders, and philosophers all around the world. And sometimes I have thought that if this very interesting character could be some kind of automaton.


This wild theory might explain, why this man was so slow. If this man was some kind of early robot, it would be the very fascinating thing for historians. This poem is the tale of the soldier, who was not very smart. This man left behind others and defended some bridge alone against Russians. The poem is very strange because there is told, that if Dufva would get help, could the army stay in the positions.


But as we know that this man had no change at all to win the battle alone, and then we must say, that if that man had a machine gun, could he kept the position, but armed with a musket, that man had no change. A bridge what this man ordered to defend was not very wide because Sven Dufva could defend it alone. Sven Dufva's bridge has sometimes searched in Finland, but nobody claims to find it. And that has made somebody thought that maybe this man is only the production of images, what came to somebody's mind during the writing process. But somebody believes that this man was real, and they have wanted to find the grave of this creature.


What makes Dufva so mysterious, is that he claimed to be a little bit slow, or there was something problem in his head. And I sometimes have thought that what was the reason for that? Could he just be the Finnish spoken person, who just had difficulties to understand commands, what were given by using Swedish?  In that time Finnish was not an official language in Swedish empire, but that was not spoken very much outside the universities and royal offices.  And if Dufva would not get practice for that language, could the military service be very difficult.


 And if his fellows didn't know about that language problem, would this poor man seem some kind of slow, what could make difficult to get promotions and handling all other things were very difficult, because Swedish officials didn't speak or wrote Finnish. In that army, everybody has expected that every man used Swedish in official papers, commands, and free-time social interaction. If somebody didn't handle Swedish good enough, that could mean, that he would be isolated from the social interaction of the unit.


But when he fell by enemy bullets, the bullet hits to the heart of that man. And sometimes people have thought, that maybe there was some kind of steel plate under the skin, what could be stopped the bullets, what shot to that man's head. Maybe that metal plate put in his head some doctor, who gave Dufva the cure of the broken skull, but this is only thinking, and my dear friends, we don't know if this character real or fiction.  And some other people think that maybe this Sven Dufva was some kind of mechanic human. Those early robots were used in very limited missions, and they were actually like walking clocks, what were made for fun.


But in some cases, those mechanic men or automaton were planned to equip with explosives, and send to the enemy lines. Those robot men were very difficult to make, and that's why they were made only very little quantum. Somebody claims that even the action movie character "Rambo" have got influence from this almost mythical creature. This creature is one of the most fascinating characters in the history of books, what are written in Finland.

Sources:

https://en.wikipedia.org/wiki/The_Tales_of_Ensign_St%C3%A5l

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


Picture I

http://www03.edu.fi/oppimateriaalit/stool/kuvat/02sven13.jpg

http://kirjabloggaus.blogspot.fi/p/sven-dufva-most-well-known-character-of.html

The art and innovation

http://crisisofdemocracticstates.blogspot.fi/p/the-art-and-innovation.html

http://crisisofdemocracticstates.blogspot.fi/p/the-art-and-innovation.html

Strange painting from the medieval age might innovate the engineers to build the most modern Mars probe.

http://crisisofdemocracticstates.blogspot.fi/p/strange-painting-from-medieval-age.html

http://crisisofdemocracticstates.blogspot.fi/p/strange-painting-from-medieval-age.html

http://crisisofdemocracticstates.blogspot.fi/p/strange-painting-from-medieval-age.html

About innovation and how it can be destroyed

Kimmo Huosionmaa

Money is a good thing, but if you want to destroy innovation, you must do one bad decision. That is giving money to the team little bit too early. If a team is not ready for innovation and it inner pierces are not playing on the same team, the innovation in the team might die. If team members must race against together they will destroy all company or proto company. When the young person establishes new company they must realize that the investors are not angels. They don't give money for free. They want their investments back with heels. And when team collects new money, they must first make the product ready. After that, they can introduce that thing to investors.

The team is the most important thing in the innovation process, and a key element is that team members must trust each other. If they must be afraid to talk freely, without fear kickoffs, the team will work better than if somebody must afraid that he or she will kick off. If some member of the team will always yell to others and behaves like an asshole, that will poison all atmosphere of that team. The most vulnerable thing for team spirit is a person who plays something that he or she is not.

Another way to destroy innovation is that some member of the team will know that he or she will kick off in some day. When we remember that team spirit is very important for innovation, what kind of motivation will have a member who is totally out of the team? Does that person gives his or her full attention and does he or she deliver own ideas to others. I think that answer is “no", and that person probably does not even talk to other personnel of the group. Most of that person’s time goes with making new CV and job application for next job interview. That will not rise that kind of workers work spirit.

But why giving money too early makes bad things for innovation? When somebody is giving money for something that makes target society a firm. In the firm innovation is not free, because customers want profits. And if the product is not ready, that will cause stress for the members of a team. And if the customer or business angel gives money will that person cause race situation inside that group, because everybody wants money and profits from their product. When somebody wants to invest money to some company or product he or she wants to get outcomes from his or her investment.

So when business angel wants 20% profit that person wants 1,20 euros for every euro what that person gives to the company. And that makes stress to the team because they must have something to show on deadline. And that "something" must be something, what gives money to that person. If money doesn't come, that "angel" will get the team to court and begins debt collection, and that is a very unhappy situation for everybody.

https://crisisofdemocracticstates.blogspot.fi