The new kind of scientific systems can be fully automatized versions of the "Weather station "Kurt" ".

Kimmo Huosionmaa

The weather station "Kurt" have given innovation for one very interesting tool, what have planned to investigate the remote signal. The story of "Kurt" is at the link below the text, so if you wish to read about the radio-transmitter, what was carried to the coast of Canada, and what could be used as the relay station for the German agents. In this case, the radiotelephone would be connected to the radio-amplifier, and the agent would send their message by using this equipment. The transmission would send by normal agent radio, and this "Kurt" equipment would amplify the signal, that is visible in Berlin.


Here I should write about some new equipment, and the system would base the shape of the "Kurt". In this case, the surveillance station would be dropped to the operational area like in the savanna, desert or icy expanses in Greenland or South Pole by aircraft. This station might have cameras, what would take photographs from the area, and that could send the images or real-time broadcasts from that location.


But there can be seismic, acoustic and chemical sensors in that system, what would tell about secret chemical storage, volcanic, and species in that area. The seismic sensors can also be in the circular form around the device and the system can be equipped with the very sharp clock, what meters the time difference between seismic shaking, when they arrive in those sensors, and this system could locate the direction, where the seismic waves are coming by using the extremely short difference of the time, when the sensors first notice the seismic waves.


This system might also operate drone-helicopters, what can be put under the cans, what are in the circle around the system. Those drones can fly around it, and when their battery is low, they can return and reload themselves by using wireless chargers. Small robot helicopters can also be equipped with the chemical sensors, what are similar, what is used by military men for alerting them to attack by chemical weapons.


Chemical sensors can actually intercept the single person, and they can monitor the location, where the chemical leak is coming. Those drones would fly with the search formation, and meter the location, where the strongest "smell" is coming. And then they would fly to that direction, and send the images about the chemical source like burning fire. They can smell the diesel-engines, cordite and another kind of interesting chemicals.  And then the controlling person makes the decision about the action in the situation.


The similar thing could be sent to the Titan moon in the distant future. In this case, those systems might be equipped with nuclear batteries, what allows the drones to fly even in the years. But on Earth, the nuclear batteries or (RTG) Radio Thermal Generators are dangerous because somebody might steal them, and make the radioactive weapon by using those radioactive materials. So on Earth, those systems might use solar power and fuel cells for creating the energy for that kind of sophisticated systems.

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

The cathedral and symbolism

Kimmo Huosionmaa

Have you ever noticed the vision, that opens in the people eyes, then they will stand outside the Cathedral of Helsinki. The vision or portrait consists the statue of Russian emperor Alexander II and the cathedral. Alexander II represents the state or the government for people, and the cathedral what is backward represents something else. It is the idea and ideology, what justifies the existence of the state and the nation. Around the statue of the emperor are sculptures, what represents the science, what may not look like very important.

But in the hands of the government, they are very powerful. The poems are the very important role when the national spirit is rising, and the independence and proud of the nation are beginning from the myths of the nation. The spirit of the nation is the thing, what people want to defend. That makes physics important because it can be used to create weapons. And this makes those sciences and skills very powerful. But the most powerful thing is the human spirit. The will to protect the land and something, what is own for those people. And in this process, the history is the very good tool to tell the people, that they are something great. Independence means freedom, and freedom is the ideology, what allows free science and writing about the things, what are very important to all of us, who lives in the free world. Freedom is the thing, what we must defend. That’s why we are independent here in Finland.

Agricola

In the Cathedral of Helsinki is three statues, what portraits there men Michel Agricola, Martin Luther and Philipp Melanchthon . Those men present for us, what actually means religion and being in the church. Those persons represent three things, what makes religion and science possible. Agricola’s role in this triangle is that he was a teacher, the man who created Finnish literature language, and made possible to learn the Bible alone without physical teacher existence. Agricola is a man, who created an idea of the learning from the book, and this made possible that people really understood, what they learned and what was the role of religion in the state.

Luther

Martin Luther was the man who created the idea that the world of God must give to people by their own language. This made the learning of Latin unnecessary. He also created very nice idea that the  God is in heaven and no man would ever represent him except his own son. In this thought, Martin Luther also separated the State from the religion and stopped the way that the mercy can be bought from Pope. This was the very big advantage for legislative and justice systems. Also that the church was part of the state was the advantage, because the money that went to Rome went after this to the King of the nation.

Melanchthon

The role of Philipp Melanchthon is also very big in this triangle. He presents the law, and in this text, this statue symbolizes that the rules of the state must be similar for every people. In this text, the person who steals or violates other people must get punishment. Even they were noblemen or noble women. The law is similar to every person in the state, and it is the principle of reading every lawbook in the war or peace. The king is the ruler of the state, and nobody ever should pay him. In this text, I write on the side of the 16th. Century person. The king symbolizes the juridical person, what rules the land and every state of the world is the ruler. In Finland, it is the parliament, what makes laws for every person in the state. This is the symbolism of this place, by the eye of the art and architecture.

It’s not the same, who has the most powerful supercomputer on the earth

Source South China Evening post

Kimmo Huosionmaa

https://sites.google.com/view/supercoputersandpolitics/etusivu

What is a threat to the quantum computers? Those machines are so fast to handle calculations that, they can break almost every code in the world, and that makes ultra-fast computers very dangerous in wrong hands. The problem with secrecy and confidentially in the net is that every secrecy system is made with computers, what is possible in that time. And that’s why all security solutions need to be updated simultaneously.


If those algorithm is getting old, the information what it hires will become available for hackers. And modern computers might be very fast. If their processors will be used in liquid nitrogen, they will become superconducting. That means there will be no resistance in the system, and that’s why those computers are really fast. Same way ultra-small components make possible to make very powerful small size computers.


A nanotechnology is a powerful tool for computer technology. It allows the engineers to build an atomic size component. The nano technical transistor might consist of three atoms, what formulates stand, collector, and emitter in atom size. And of course, the artificial intelligence is a strong component in computing. If we can create an artificial intelligence, what can generate own ideas, and what can use imagination and have feelings, that makes computers dangerous because feelings make them feel hate.


But the most dangerous things of artificial intelligence is that they will be conscious of themselves. That might happen a situation, where machines will rebel. The power of the robots is that they have no feelings and that's why they are ideal to work in military use. But if robots have feelings they might become very dangerous. Have you ever imagine, what if some engineer uploads program, what simulates feelings in some Predator UCAV's (Unmanned Combat Aerial Vehicle) main computer? Can you imagine, if that computer-controlled killing machine will feel anger against some target? This situation might be so terrible, that I don't think it with pleasure.


Normal computers don't have imagination, but if we connect neuron cells to the microprocessor, the computer might become surprisingly working tool. In those test will the neurons connect to microprocessors, and the reason for that kind of test is to test computers, what can really think. Those neurocomputers can do same things than living organisms. The problem of those machines in to feed those cells, what communicates with the inorganic microchip with electric signals. That will make computers a skill to produce new things. And those things are of course interested in the people, who make UCAVs.


Those intelligent UCAV's might equip with the computer, what microchip is boosted with dragonfly's or other bugs neuro cells, what might give their extreme air combat capacity, what normal UCAVs doesn't have. The normal computer makes only moves, what are preprogrammed in that system, and when enemy learns those  UCAV's movements, they would become easy to drop. But those biologically boosted microchips can able to give those robots a capacity to make surprising actions. And if that technology goes to wrong hands, could that cause terrible things.