Removing radio interference gives a new boost to radio telescopes and communication.

 Removing radio interference gives a new boost to radio telescopes and communication. 

"An artist’s impression of a station of radio antennas. Each station has 256 antennas, and the SKA-Low ( Square Kilometre Array Low frequency)  telescope will have 512 stations. Credit: DISR" (ScitechDaily.com/

The world's largest telescope uses "radio quiet" electronics. And the same technology can give a boost to communication and computing. 

Radio quiet electronics are necessary for very highly accurate radio systems. The radio-quiet electronics remove the radio turbulence from the system. And that gives the world's largest radio telescope a new type of accuracy. The world's largest radio telescope is not the only thing that can get a boost from highly accurate radio communication. 

Things like extremely powerful supercomputers that are required to transform binary data into qubits require the ability to control extremely short-term data pulses. Radio-quiet electronics remove radio interference from the microchips. That makes it possible to create nanotechnical microchips that can be used as virtual quantum computers. The interference-free systems also can make it possible to make complicated molecules. 

But radio quiet electronics can also make it impossible to steal information from copper wires and supercomputers. These kinds of systems have many types of use. And one is to offer extremely secure communication by using wires. If the wire uses radio quiet technology, that makes it impossible to eavesdrop on electric noise that travels in that wire. 

The ability to remove the radio interference from the system makes them more accurate. And that makes it possible to use that kind of system in regular communication. The term regular communication means data communication,  used for "normal purposes". Removing radio interference from those systems makes it possible to use lower power and faster pulses than ever before. 

The "radio quiet" technology makes the world's largest telescope very highly accurate. And it can be used for communication and computing. 

"Scientists from the University of Konstanz developed a method using femtosecond light flashes to generate electron pulses with a duration of around five attoseconds. This breakthrough, offering a higher time resolution than light waves, paves the way for observing ultrafast phenomena, such as nuclear reactions". (ScitechDaily.com/0.000000000000000005 Seconds – Physicists Generate One of the Shortest Signals Ever Produced by Humans)

The fastest manmade radio burst lasts 0.000000000000000005 seconds. 

These kinds of bursts can make communication and computing systems more powerful and faster than ever before. And that is one case where removing the radio interference can make the system more accurate and powerful. The tracking systems cannot find the origin of extremely short radio bursts. 

Because there are no non-controlled oscillations in the microchips. They can control data with higher accuracy. Than ever before. Very fast data bursts can make the information transport more effective, and eavesdropping that kind of system is a very hard thing. In the cryptological process, the key element is to separate and detect the signal that carries information from non-proposal radio signals. 

In peacetime, the network can send so-called empty data packages between data-carrier data packages. That means the attacker can get the data, but there is a lot of work to separate proposal data from the empty data packages. In war, this kind of thing is not safe, because tracking systems can find the transmitters and then the artillery shells will impact the transmitters. 

https://scitechdaily.com/energizing-the-worlds-largest-radio-telescope-with-smart-box-radio-quiet-electronics/

https://scitechdaily.com/0-000000000000000005-seconds-physicists-generate-one-of-the-shortest-signals-ever-produced-by-humans/

U.S Navy and it new swarm of drones

X-47B
(Picture I)

http://crisisofdemocracticstates.blogspot.fi/p/us-navy-and-it-new-swarm-of-drones.html

Kimmo Huosionmaa

Weapons don't kill, people behind weapons kill. This phrase is well known from the National Rifle Associations bandoleers when they are supporting free right to carry weapons. And the protectors of the drone programs says that those drones save lives of own soldiers. This is the problem in the conflict situations. Regular or low-rank soldiers are always doing dirty work in those areas, and in the modern conflicts, there would be no change to leave at the prisoner. In the war against terrorism, the extortion and killing the soldiers, who left in hands of opposite side is very common.


And this makes of course very bad psychiatric problems for those soldiers, who serve in that area. The problem with those operations is, that it's very difficult to get involved in the actions of those pilots and land groups. This is the reason, why drones are very commonly used in those conflict areas. The military commander can remove the man from the seat if there seem to be problems, or the person would get too angry. If that happens in some aircraft the aborting that mission is the only change to stop unwanted action. But if some drone operator would get angry, that man can be changed in the middle of the mission.


There is one thing what is clearly visible in the talking about drones. The robot soldiers face the resistance by the states, what have not skills to produce those weapons. And if course the drones are growing opportunity and threat for military forces around the world. When we are thinking the drones as the improved missile systems, we will face the situation, where cheap and effective drones are handling the situations, what are reserved to STEALTH aircraft, what is suspected useless. The problem with new kind of weapons is that they can knock down STEALTH aircraft if that is located.


One version of those weapons is microwave-band radar, what allows the flight group like whip off other aircraft from their route. And the prize of STEALTH aircraft is very high, what makes creating the cheaper choice very attractive thing. And this is why drones are created. The supporters of the drones are saying, that those weapons and their crews are cheaper to make and operate. The prize of training of drone operator is about 100 Dollars and that person can replace immediately if there are problems. New kind of naval drones can operate from underwater bases, and they can be remotely controlled. Their support bases can be installed with underwater cables, and they can deliver from airplanes or other naval ships. Underwater drones can also be full-scale submarines, what operates independently under the sea.


Those robot-submarines would have enough electricity for supercomputers. And those supercomputers like Cray would have enough calculation power for independent operations. This is why full-scale submarine drones are so fascinating thing to think. Also, some of those drones might be torpedo-shaped RTG powered miniature extreme long-range torpedoes, what would patrol at the ocean. And they might equip with the nuclear warhead, what can be launch in harbors. This kind of systems is very effective and devastating. They can also equip with electromagnetic warheads like microwave weapons, and they can escort nuclear submarines when they are driving underwater in the deep blue sea.


The human shape robots, what operate undersea are capable to stay underwater even in years, and when we are talking about secret underwater complexes, the operators of those robots should not even know, where that robot operates. This would make the information security better with those drones, what cannot tell anything if somebody would catch them. In the world of the military, the mission is to be effective. And that's why drones are taking the place of the highly trained military operators.


Controllers of those devices must not pass any physical tests, and if some mission would go wrong, there would be no own victims in that operation. Every military commander in the world wants to minimize own victims, and that is one reason, why robots are taking place of humans in the front line. This makes of course very bad things in the international operation area. And one of the biggest threats is, that use of force in conflict situations would become easier.

Sources :

https://www.defensenews.com/newsletters/tv-next-episode/2018/04/16/swarms-of-underwater-drones-may-come-to-the-navy/

Picture I

http://www.uasvision.com/wp-content/uploads/2011/11/X-47B-c.jpg


http://crisisofdemocracticstates.blogspot.fi/p/us-navy-and-it-new-swarm-of-drones.html

Deep sea and national security

Papa-class submarine
(Wikipedia)

Kimmo Huosionmaa

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

Making the submarines invincible against the SONAR is not difficult.  Foam rubber is very interesting material because it can deny echoes from all surfaces. And that makes possible to build a submarine, what doesn’t give echo to the SONAR. That is one advantage what makes modern submarine more deadly than any vehicle before. Those modern submarines are made as the symmetrical cylinders, what gives them the capacity to dive deeper than before.


Also, those vehicles that are designed for operating at the space can be pumped with counter pressure, what allows that vehicle to dive in the deepest points on the earth. Counter pressure will work in the nowadays submarines, and it can be used like when the submarine will dive example in the 300 meters, the pressure of air will rise 300 atmospheres. That will make the very thin-hulled submarine capacity to operate in the very deep sea. And those submarines can be remote-controlled, and in those situations, the submarine must only protect its electronic equipment and instruments from the water.


Also, the power systems are different than before. They are normally nuclear-basic technology, and in the future submarine’s normal propeller will be replaced by the electromagnetic accelerator, what makes those submarines silent and faster than any other ship has been before. That kind submarines might seem like giant torpedoes, what have no towers because that structure is very sustained against the pressure. Those Vehicles of tomorrow have the capacity to carry very large scale supercomputers, so that will make possible to make fully automatized submarines. Supercomputers have the capacity to operate complicated programs what are needed artificial intelligence.


The submarine on tomorrow might be capable of flight to the orbital trajectory or even far to the solar system. This vision is not so futuristic than people normally believe. We all know that the spacecraft is capable to dive very deep, because the forces of pressure, what comes inside the spacecraft are very similar with the pressure, what comes outside the ship. If we think about the strange phenomenon known as the USO (Unknown Submerged Objects) they might be test vehicles, what are tested for airplanes, what are capable to operate also undersea missions.


And also very small size RTG-driven torpedoes can be made to kill enemy missile submarines. Those torpedo-size midget submarines can equip with nuclear warheads, and they can patrol even for years, and when they get orders, they can drive to the enemy naval bases, and destroy their warheads in the places like Murmansk or Philadelphia.



If we think sharp, we must say that at the open sea is a very much room for operating even bigger airplanes and spacecraft. In this scenario the spacecraft looks like winged torpedo, and that vehicle will accelerate its speed under the sea, until it will rise so fast, that very large space shuttle will able to rise to the orbital, and if that vehicle has the capacity to land into the water that structure might allow operating very large vehicles.



The Soviet Union had the project of the hybrid submarine or flying submarine in 1930’s. That vehicle was the mix of aircraft and submarine, and the Soviet Navy thought that kind of vehicle is capable to sneak inside operation area, and then fly away after the strike. But when we are looking for that project in the light of the modern technology, we must say that in the floor of the ocean, what is in the depth of kilometers is the only couple of eyes to see, if there will be some undercover military base.



Fully automatized submarines are capable to operate from undersea tunnels and probably they will never come to the surface. All actions what that weapon makes are made under the cover of the deep sea, and if there will be bases far away from the sea, they will have the capacity to operate undercover with full scale and midget submarines.



Those bases might use the geothermal generators to creating their electricity.  Some people think that the loudest noises from the sea might cause the rockets that are launched from the undersea bases. The water is an element that can be using the electrolyte separate as an oxygen and hydrogen, what can use as a rocket fuel. And of course, the Saturn-V scale rockets can be launched from the sea.

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.

Is the internet putting us together as giant "gaia"?

Kimmo Huosionmaa

Have you ever heard term “you can kill my body but not my soul"? Did you ever think what that actually means? Those words sound like that person’s thinking is copied to somewhere, and I always wanted to know did those people really think, that their EEG have been saved to somewhere? In this writing, EEG means thinking, and I begin that thinking is a soul of the people. In this scenario, man is equipped with WLAN-implants what copies his EEG for every second of the person's life to the Internet.


 But if the man uses those implants we might put every human on this planet together. This means that we would have the greatest supercomputer what man can ever think. In this scenario, human brains will connect together, for a great supercomputer. The problem of non-organic or conventional supercomputers is that they don’t have imagination. They can process information what human give to them, but they can’t create new things spontaneously.


All human civilization brains links together with the Internet. But in real life that means people, that all humans will go to some kind of Brahman, and all our race will become one supermind, what can create new things. But when we are talking about that theoretical giant knowledge, we might think that probably that will be our destiny. In some weird theories is an aspect that human organism is a part of gigantic knowledge, and the nucleus in this new age theory is that human is some kind of probe, who walks on the ground and sends data to that informative Gaia.


But in this scenario the man losses own personality. People are like members of giant liquid, what is made for collective information and knowledge. In that scenario, there is no need for unique human been and that kind of scenario of giant collective mind of the civilization. That scenario was in one Sci-Fi movie, where humanoids created giant massive supercomputer, by connecting human brains together with computerized EEG-systems. That kind of “biocomputer” might be colossal but same time frighten vision, what computing might look like in the world of future.

This scenario is very interesting because connecting the brains together, we will make ourselves as a giant computer. But if we will live in a virtual reality world like in some movie, we must realize that will be the end of human race. We will become a part of gigantic supersystem, where is no need for peoples unique skills and personalities. Is this what we want our workers to become? Some giant super collective mind is the worst scenario what futurologists can imagine.