The high pressure and miniature technology can make the room-size quantum computer possible.

  The high pressure and miniature technology can make the room-size quantum computer possible. 

The quantum computer (left) can install in a similar structure. That is used as the pressure vessel of the nuclear reactor (right). That pressure vessel allows rising the pressure around the quantum computer. And the water of the cooling system can replace by using liquid hydrogen. This thing means. The same systems made for nuclear power can use in quantum computers. 

The problem with room-temperature quantum computers is that the oscillation of atoms or other things in the qubit must stabilize. The oscillation of the qubits is removed. By decreasing the temperature of the system to zero kelvin degrees. And the researchers must protect the system against outcoming radiation that can disturb qubits. 

Researchers can find One of the answers for the structure of quantum computers from the nuclear power plants that are used. The quantum computer will put in the place of the nuclear fuel elements. The same structures which used for protecting the people outside the building. Can use to protect quantum computer inside the building. So the quantum computer can install in the place where the nuclear reactor used to be. 

The same structures which are created for the nuclear power plants can protect the qubit against the outcoming radiation. And the nano-size technology makes it probably someday possible that the quantum computer fits in the one-liter thermos bottle. 

The structure of that quantum computer can be put in the liquid hydrogen that acts as the radiation shield. This thing can give purpose for the nuclear power plants that are not used and which removing is difficult.  There is the possibility that nanotechnology makes it possible to miniaturize the quantum computer. 

The use of atomic-size technology can make it possible to create a quantum computer that fits in the one-liter thermos. And the cooling system that the hydrogen shield and low-temperature systems need is quite big. But the miniaturized quantum computer can fit in the room. 

That system requires a zero-kelvin temperature. And miniature systems are suitable for large-scale industrial use. 

The absolute pure silicon block where is installed iron atoms and the system would stabilize by pressing it with high pressure. Can make it possible to create a quantum annealing computer that can operate at room temperature. 

But can we stabilize the quantum annealing system some other way than just decrease the temperature? The quantum annealing system is the cloud of quantum particles that are stressed by using radiation. There is the possibility that by using the silicon "gel" where is iron atoms are possible to create the quantum crystal that is stable enough. 

The silicon gel is the bite of absolute pure silicon where all other things are removed in the creation process. The iron bites will be put in that silicon bite and then the system will press the silicon bite by using magnetic- or hydraulic systems to the pressure where the oscillation is ending. And then the electromagnetic radiation will target that silicon box. That thing would make it possible to create a high-temperature quantum computer. 

()Images: 

https://spectrum.ieee.org/measuring-progress-in-the-noisy-era-of-quantum-computing#toggle-gdpr

https://www.researchgate.net/figure/Reactor-pressure-vessel-its-internals-and-water-flow-path-in-it-5_fig2_320800540

()https://kimmoswritings.blogspot.com/

The room-temperature operating table-size quantum computer is coming.

Image I) IBM Quantum system one.

I don't know how effective that kind of system is. Anyway, the fact is that in binary computer systems the personal computers are not ever so powerful as supercomputers. We are not expecting that laptop computers can make the same things as some supercomputers in the supercomputing centers.  

But even low-power quantum computers are more powerful than regular binary computers. And if we are thinking that the power of the work stations rises 1000 times that is a great advance in computing. This type of system can run complicated tools than ever before. And the thing is that all workstations can interconnect together by using the WLAN. 

The weakness of quantum computers is that they are massive systems. Those systems require absolute stable conditions and the temperature in there must be absolute zero point. In quantum systems, researchers must eliminate all oscillation and all effects that can turn electrons out of the track. So there must be some other things to be done for making the quantum system that operates at room temperature. 

Some solutions can make table-size quantum computers real. The power of those systems is not so high as some large-size systems. But maybe in the future, there are two types of quantum computers. 

1) Personal quantum computers that are desktop-size or even smaller.

1B) Portable or mobile quantum computers.

2) Super quantum computers that are in the computer centers. 

The division is the same with binary computers. But in the name computer is included the word "quantum". And there is a possibility that when the quantum computers are turning more common. They are just turning the "computers". Who knows the future?

But then to the solutions that can make the room-temperature operating quantum computer possible. Maybe those systems are not so powerful as in some quantum computers that are in the computer center. But they are more powerful than regular binary computers. 

The lasers and chemical qubits can solve problems of the creation of the more powerful, table size, or portable quantum computers. 

The use of laser rays, regular wires, or viruses can solve the problem to make a portable quantum workstation. Those systems use artificial intelligence for removing overlapping data segments. They are not so powerful as the quantum computers that are used in the calculation centers. But they can make personal and portable computers more powerful and able to drive more complicated code than ever before. 

Image II:

Left: T4 Bacteriophage-virus

Right: Coronavirus

1) Use the lasers or regular electric wires as the qubit. 

The series of the laser rays or the electric wires act as the three or four-layer qubit. There are needed three or four laser rays or electric wires for making the data transportation channel. One of the wires is telling the system if the computer is on or turning off. 

And the other wires are transporting data. The calculation of the layers or states of the qubit always starts from zero (0,1,2,3). And in this system, every single wire or laser ray is the layer of state of the qubit. The data will be driven to the system by using TCP/IP protocol. The data row will drive to the terminal of the qubit. And share to pieces that are moving in lines through the data bridge. 

2) Making the chemical qubit by using a virus.

In those systems, the idea is that the virus in which DNA is destroyed. Acts as the switch. The virus would act as the platform where the nano-technical springs are installed. And especially coronavirus could be acting as the platform for artificial neurons. In those qubits, the data is driven to the switch as the entirety. 

In that process, every data segment has numbers. The virus acts as the switch which transmits data to a terminal where AI removes the overlapping data segments. So in this case, the terminal where data is handling locates after the switch. 

2a) The bacteriophage (Image left) as a qubit

The idea is that the bacteriophage virus is turned into a qubit. On the layer of this virus would put the carbon molecules for making electricity travel. And to the "feet" of the virus would install the magnetite bites. Then, that virus would position in the chamber. 

Every point of its leg is the electric wire. When the wire or the assistant system will connect electricity that will pull the foot of the virus to the wire. And it connects the electric circuit. The number of contacts determines the state of the qubit. In this kind of chemical qubits, the data will transport through the qubit as an entirety. And artificial intelligence eliminates the overlapping parts of the data. 

2b) Use the coronavirus (Image right) as the qubit.

The idea is that the core protein of the virus will replace be using the nanotechnical springs. At the point of those springs is the electric wire that will pull the nano spring to it. 

The virus would be on the wire which transmits data through it to the system. The virus would be in the chamber, where it is acting like a neuron. This is another way to use the virus as a tool. 

The image I: (https://en.wikipedia.org/wiki/Quantum_computing)

Other images: (Wikipedia and Scitech Daily)

()https://kimmoswritings.blogspot.com/

The flight of NASA's Ingenuity helicopter is turning harder and harder.

Image I: Artist's impression of the Ingenuity helicopter flying over Mars. 

The helicopter that flies over the Martian hemisphere is a very impressive tool. It can operate in an atmosphere which density is less than 2% of Earth. In so low pressure even the smallest changes mean a lot of things. Today the pressure of the atmosphere of Mars is about 1% of the Earth's atmosphere because winter is coming to that planet. 

And that means the mission of that helicopter is turning more difficult. Soon the pressure is so low, that the rotors cannot rise that helicopter to flight. The same technology that is used in Integuinity can be used also for many other purposes. The high-flying helicopters can fly at 1% of the pressure of the sea level. Can be the next-generation tools for civil and military aviation. 

There is the possibility that the similar helicopters that the Integuinity are will use to rise the rocket which mission is to return the samples from the red planet to Earth to the launch position. And similar helicopters which are a little bit bigger can use to raise small rockets like Pegasus to the high atmosphere and launch them to Earth orbiter. That thing makes it possible to launch rockets without noise. The helicopter can rise to the high atmosphere even from the parking lot. And then it would just drop that rocket which starts its main engine. 

Image II:() Pegasus under its mother plane waiting for the aerial launch.

Also, those high-flying helicopters can operate as surveillance platforms that are equipped with infrared and radar sensors. Those systems can also use things like gamma-cameras and other sensors to find out things like radioactive targets. Those helicopters can hover above a certain point of the ground. And they can follow the pollution, changes in ice and water level. They can offer communication services and replace part of the satellites if somewhere is needed extra-power for the data network. 

Those systems can also follow the growth of the plantations. And they can be big ammo over the battlefield. They can observe aircraft that are flying under them and give warnings about the troops. Also in some visions. Those systems can equip with lasers or some other type of weapons like EMP and neutron bombs. That means they could be the "aerial minefield". If somebody will try to flight across those helicopters, they might detonate their weapons. If the system uses the EMP warhead it can destroy things like drone swarms. 

Image I()https://scitechdaily.com/nasa-ingenuity-helicopter-flying-on-mars-is-getting-harder-and-harder/

Image II:()https://eu.floridatoday.com/story/tech/science/space/2018/10/19/pegasus-rocket-headed-cape-canaveral-launch-next-week/1695240002/

()https://kimmoswritings.blogspot.com/

How are the algorithms advancing?

   

How are the algorithms advancing?

The thing that limits the power of the algorithms is the infrastructure. If we want to make artificial intelligence that operates in large areas. That thing requires powerful hardware. If we want to make a robot car that can operate in so-called natural environmental infrastructure. That requires more complicated artificial intelligence algorithms than people even believe. 

If we want to put a man-shaped robot to sit in that robot car and put it to go shopping for us, that requires even more complicated and heavy algorithms than the car, which operates in the highway environment where are strict orders and everybody follows them. When a robot walks on the streets it requires so-called fuzzy logic because there is the possibility that it faces the person who is not following orders. 

If somebody will not care for the robot or tries to the robot. That machine is needed to make the protocol. The robot can meet things like children, who would not notice it. And for those cases, the robot requires algorithms, what to do. 

The special cases or special situations are the most complicated for programmers. Maybe any person would not face the robberies in their lifetime, but what the robot must do if it faces a violent situation? It can send the image and data to police but should the robot act against violent people? And what kind of force it has the right to use? 

In the case of robot cars, there is the possible use of traffic laws as the basis for the algorithm. Or in the limited areas operating robots is possible to create the protocols for most of the cases. 

There is the possibility to link a large number of computers and sensors to a large entirety. In that network, the static and moving systems are connected to the neural network. 

Sensing entirety is an interconnecting network of robots with cameras and other static systems. In that network, all members of it are cooperating and share the data. And that makes its entirety flexible. 

That means that vehicles can cooperate and they can get data from the traffic control cameras and computers. If all robot vehicles and robots are equipped with RFID-system. The radar can locate every each of them. And the data can connect to the entirety. This makes the system more flexible and powerful than ever before. 

Virtual quantum computers are the potential systems while waiting for real commercial quantum computers. 

Outsourcing computing is one of the answers to the problems of computer power. And virtual quantum computers are making regular binary computers faster and more powerful than ever before. In that case, the program is cut into pieces. And those pieces send to the data handling units. Because in virtual quantum computers, all systems are handling a small piece of entirety separately. That thing makes the work of the processors lighter. 

Same way acts the virtualized quantum computer. The system shares the work between many central processor units. 

When the entirety is shared between multiple processors. That makes them work lighter. Because every each of the processors is handling shorter code lines. That means the work is done faster than in the case. That the system would run the entire code through one processor. 

Sharing data between multiple processors are making the work easier and lighter for each processor

The model of virtual quantum computers.

Image 2. The model of virtual quantum computers.

1) Routing unit

2) Data-handling units

Arrows are the data flow in the computer

The routing computers share data from calculation units to other calculation units by using TCP/IP protocol. The system would share the data from the row-moving data segments to linear data segments. The would connect the code to the ends of the data frames and then the data is sending to the calculation units in segments. The calculation units are the regular binary computers. And the ability to share the data entirety with many computers at the same time will increase their power. 

The idea is similar to in the classroom the teacher orders students to copy the text. If all students are copying the entire text that thing would take a long time. But if there are 27 pages in the text. And every each of the student groups of 27 students is copying one page that process takes a shorter time. In that case, every student must copy only one page of the text. So sharing the work is making it lighter. 

Same way acts the virtualized quantum computer. The system shares the work between many central processor units. 

When the entirety is shared between multiple processors. That makes them work lighter. Because every each of the processors is handling shorter code lines. That means the work is done faster than in the case. That the system would run the entire code through one processor. 

And that makes the system faster and more effective than regular systems are. 

This thing can be a useful tool while waiting for real quantum computers. The thing is that the virtualized quantum computers are less sensitive to things like cosmic radiation. They are regular computers that are linked together in extraordinary ways. 

The internet makes it possible to link even quantum computers with robots. And that thing makes them more intelligent and more independent than ever before. The fact is that nobody even knows the power of modern computer systems. And even the regular binary computers can be faster than we expect. 

()https://scitechdaily.com/computer-science-how-quickly-do-algorithms-improve/

Image:()https://scitechdaily.com/computer-science-how-quickly-do-algorithms-improve/

()https://kimmoswritings.blogspot.com/

Light computer rises the power of the binary computers that are still needed to control quantum computers.

The image above: illustration image

The new light transistors are making 1000 times faster binary computers than ever before. And that thing can make it possible to create more effective binary computers. But also that thing makes the use of quantum computers more effective. 

We are living in the time of quantum computers. So why the speed of regular or binary computers is needed to rise? The thing is that even if quantum computers are turning more and more common there is one thing that is making them limited. 

The data input to the quantum system happens through binary computers. So increasing the speed of binary computers would make that bottleneck between the binary and quantum computers larger. There are two ways to make ultra-fast binary systems that can input or transmit between regular computers and quantum computers. 

The first way is just to make the microcircuits superconducting. The problem with the superconducting microchips is that the electric flow will jump over the switches and routers very easily if the system uses extremely small-size nanotechnical components. 

The other way is to use the light as the data transporter. In the light transistor, the electric flow is replaced by using light. The laser light would travel through the base and collector. And the emitter will inject more laser energy into the laser ray that transmits the data. The light transistor helps to make the temperature of the system low. The routers of the system base the ultra-small mirrors. 

Those mirrors can turn to the wanted angle. Those mirrors turn the laser ray in the wanted direction. And the switches are the mirrors that are closing the route of the laser ray. Transforming the data from the photons to the electric form is quite a simple process. The laser rays will impact the miniature photovoltaic cells that are made by using silicone. That thing would use the photoelectric effect where the light is turning to electricity.

That transforming is needed for turning the data into the form that the peripheral systems like the microchips of display adapters can understand. The problem with quantum computers is that they need binary computers for transmitting data in those systems. The next big step in quantum computing is to make a system that can be controlled straight by using regular keyboards and that can introduce data by using the regular screens. If that kind of system is coming to markets. That thing is a new revolution for quantum computers. But the bottleneck is turning to display adapters and the keyboards and other peripherals. 

()https://scitechdaily.com/new-extremely-energy-efficient-optical-transistor-speeds-up-computation-up-to-1000-times/

()https://www.toppr.com/guides/physics/semiconductors/transistor-working/#:~:text=The%20three%20basic%20parts%20of%20the%20transistors%20are,substance%20is%20in%20use%20to%20make%20the%20transistors%3F

()https://kimmoswritings.blogspot.com/

The flying car made its first intercity flight in the Czech Republic. The flight took 35 minutes from the international airport in Nitra to the international airport in Bratislava on Jun. 28, 2021. Flying cars are low-cost aircraft that have the capacity also drive on highways. 

The idea of this kind of vehicle is not very new. The first idea of the winged cars that everybody can own and park in their garage was introduced after WWII. At that time technology was not at the level that this kind of vehicle is possible. 

The reason for that is that the engines and batteries were too heavy. And the turbine engines used too much fuel. Turbines are also noisy. And the noise is one thing that is slowing the creation of this type of vehicle. The electric power which uses batteries or fuel cells makes it possible to create lightweight, low-noise flying machines. 

By using modern battery technology is possible to make aerial vehicles that are using electric engines. Some start-ups are working with low-cost electric-powered aerial vehicles which can use for feeder traffic for the airports. But those electric vehicles can also use for rescue missions where people must take from the roofs of the building. 

They can also take hostage-rescue and other law enforcement teams to roofs. But in frontier rescue and military use, flying cars can drive straight out from the cargo planes. And that gives mobility to the operators. By using this kind of technology is possible to land the ambulance on the ground. Then the medical equipment will connect. 

And the flying car will fly the patient to the cargo bay of the VTOL aircraft. In the military world, the ability to land the vehicles without parachutes and fly them away makes noticing those operators more difficult than if they are using regular parachutes. The "flying jeep" must not flight 35 minutes for making the mission where it must jump over the ground and fly in the cargo door of the hovering V-22 "Osprey" type VTOL transporter. 

()https://kimmoswritings.blogspot.com/

O'Neill cylinders and travel outside the asteroid belt

This artist’s conception from the 1970s shows the interior of an O’Neill cylinder. (Credit: NASA) 

The O'Neill cylinder is theoretical construction of the space station or spacecraft which involves an environment that looks like Earth. There are plantations, houses, and other things that are on Earth. But everything has been made in the rotating cylinder. The centripetal force is making the artificial gravitation inside the cylinder. And that allows the crew to live as they would live on Earth. So that's why the O'Neill cylinder is called the "artificial Earth". 

The creator of that idea Gerard O'Neill introduced that there is a small city in the cylinder. The idea is that the O'Neill cylinder would work as the platform for benefiting the resources of the entire solar system. And maybe that kind of system would make humans travel to another solar system. The question is how that kind of system would get its electric supply? The answer would be the nuclear reactor or fusion power. The problem is that the normal fission reactor would need new fuel after every five years. 

Fusion energy is complicated to produce. But there is always possible to use the generator for making electricity for the artificial world. In that system, there is spacecraft that is connected to the generator. Then the craft orbit around that point. That thing makes the generator rotate and it would make the electricity to the entire space station. Or the cores of the cylinder are turned to the induction generator. 

In the middle of the rotating cylinder would put the rotor. And to the core is installed the stator. That turns the rotating cylinder itself into the generator. The O'Neill cylinder would be an enormous thing. That means the forces that are affecting this structure are enormous. So there is the possibility that the centripetal forces are ripping that megastructure in pieces. 

Maybe that kind of space station is traveling in the solar system. And share goods and people to colonies that will establish to other planets and their moons. There is the possibility that the Mars craft would install rotating structures that are making it possible to grow vegetables in the space. 

When we are thinking about the possibility to create artificial gravitation by using rotating structures. That would not mean that the entire craft must rotate if somewhere is growing vegetables. The parts that are rotating can also connect to other parts of the craft by using bearings. That means that only those parts that are needed for plantations are rotating. Which means the rotating masses are lower. 

()https://space.nss.org/o-neill-cylinder-space-settlement/

Image():https://www.geekwire.com/2016/jeff-bezos-space-colonies-oneill/ 

()https://kimmoswritings.blogspot.com/

What is the alternative explanation for the Brookhaven (Fermilab) observations?

The image above portraits the g−2 storage-ring magnet. That system Located at Fermilab. Originally researchers created that system for the Brookhaven g−2 experiment. The geometry allows for a very uniform magnetic field to establish in the ring. (Wikipedia/Muon g-2)

So what causes the interesting anomaly in the Brookhaven (Fermilab)low-energetic particle accelerator? The answer could be also a very weak gravitational effect. That turns the trajectory of the particle in the Muon g-2 experiment. If the fifth force is not existing could that thing that causes too strong curving in the Brookhaven laboratory be the gravitational wave of another universe? 

The thing is that the "fifth force" is much much weaker than the gravity. It's harder to see than other natural interactions. And there is the possibility that it's not even existed. But there is also the possibility that the scale of the "fifth force" is extremely large. 

Maybe it's visible only in the interactions of galaxies. Or maybe we could see the effect of this mystery from outside the entire universe. There is the possibility that the fifth force is not seen inside the universe because its form is a monotonic hum. In that case, we cannot see the changes of that force. 

Or if the effect of the fifth force can measure only between extremely large entireties that means we cannot see that thing. The other interactions are covering the fifth force. 

So another explanation why the mysterious "fifth force" is hiding is this: because the force is stable there is a problem with how to measure it. The "fifth force", if it exists is a similar wave-particle duality with other forces. 

But let's go to business and try to find out why the Large Hadron Collider (LHC) of CERN has not seen the same things. Those are observed in the Brookhaven laboratory? The reason for that is simple. The LHC uses too much energy. And that means the weak interactions are not able to affect the trajectories of those particles. The Brookhaven laboratory uses much smaller energy loads than the LHC. And the weaker forces can affect the trajectories of the particles that are traveling in the accelerator of the Brookhaven laboratory. 

So if we are trying to compile why the Brookhaven accelerator is more suitable for observing weak natural interactions than the LHC we can use bullets as an example. The side wind would have more effect on the slow-flying bullet than the fast bullet. The reason for that is that the frontal pointing movement energy is higher in the fast-moving bullet. 

The wind effect of the slow-moving bullet is higher and the outcoming interaction like gravity wave is acting like the wind in the case of the bullet. At the first friction must slow the speed of the bullet so slow that the sidewind can push it out from the trajectory. 

The slow-moving low energetic particle is easier to push out from the trajectory than the fast-moving particle. The particle's speed in the LHC is near the speed of light. And the weak wave movement effect to so fast particles is harder to observe than the similar effect to the lower energetic and slower-moving particle. That's why Brookhaven laboratory sees anomalies that are not able to be seen by the LHC. 

()https://astronomy.com/news/2020/03/the-fifth-force-what-is-it

()https://www.quantamagazine.org/physicists-measure-the-magic-fine-structure-constant-20201202/#comments

()https://en.wikipedia.org/wiki/Brookhaven_National_Laboratory

()https://en.wikipedia.org/wiki/Fifth_force

()https://en.wikipedia.org/wiki/Fundamental_interaction

()https://en.wikipedia.org/wiki/Large_Hadron_Collider

()https://en.wikipedia.org/wiki/Muon_g-2

Image:()https://en.wikipedia.org/wiki/Muon_g-2

()https://kimmoswritings.blogspot.com/

The light-emitting cells are tools that can use for many purposes.

"Illumination of a book (“Paradise Lost,” by John Milton) with the first generation of nano bionic light-emitting plants. Credit: Seon-Yeong Kwak" (ScitechDaily/The Next Generation of Nanobionic Light-Emitting Plants)

As you see in the image above this text, the bioluminescence plants can produce a quite bright shine of light. That means the bio-light can use as the normal light source. Maybe in the future, we are using light-emitting cells as regular light sources. 

If the genome that makes the cell shine transfer to the cells. It makes them shine. The bioluminescence light will make it easier to follow the behavior of the cells. If in some plants is delivered the genetically engineered corn or other species. The biological light makes it easier to follow how effective those species can be. If we are thinking the bioluminescence and genetically engineered vegetables the shining meat-eating vegetables can revolutionize the biological defense of the nutrient vegetables. 

The xenomorphs are giving an interesting model for biological defense against pests. In this wild vision, the food vegetables are in the form of carnivorous plants before they would be ready for harvest. So before the vegetable is ready for the food it would be a carnivorous plant. And when it's ready for harvest it turns to regular corn of food vegetable. 

This kind of vegetable is possible to create by using genetic engineering. In the beginning, there is DNA that makes the plant carnivorous. And at a certain point of the DNA turns to the DNA of the regular vegetable. That thing requires that two bites of the DNA are connected. 

The bugs like grasshoppers are causing very big losses for corn and other nutrient vegetables. There are the visions that there would plant the carnivorous plant near those food vegetables for calling those bugs to wrong vegetables. And that thing can lower the number of bugs in that area. If those carnivorous plants are shine and smell like food vegetables. That would make an effective way to decrease the number of harmful bugs like grasshoppers in that area. 

The bioluminescence light can give electricity to the photoelectric cells. Or they can use it to replace the LED lights. 

The nano biotic plants that are emitting light can be used as bio batteries or energy sources for the nano-scale microchips that require extremely low electricity. The shining bacteria or vegetables can use to send light to the photoelectric cells and that thing can make electricity for tiny microchips and systems that need very low electricity. 

Also, the nano biotic light-emitting bacteria can use for other purposes. One of those places where that thing can be useful is light amplifiers. The light-emitting vegetables install in the light element of the light amplifier. And that thing is making it possible to use the bioluminescence light for that kind of instrument. The nutrient is the thing that adjusts the brightness of the light element. When the bio light element gets more nutrients, it will make brighter light. 

https://scitechdaily.com/the-next-generation-of-nanobionic-light-emitting-plants/

Image:()https://scitechdaily.com/the-next-generation-of-nanobionic-light-emitting-plants/

()https://kimmoswritings.blogspot.com/

Is this the beginning of the computer-controlled mechanic evolution?

The quantum computer-based neural network can solve mathematical problems thousands of times faster than any other computer. That means this kind of system can break any code that is made by using the binary computer. 

But if the quantum computers are running algorithms that can collect data from the free internet, that thing can use for many things that have been fiction yesterday. Those kinds of algorithms are the things that are forming search words by using artificial intelligence. 

When the system is ordered to search data about making the car. It starts to make the database by using words that downloads the homepages that are handling the production of the automobiles. Then the databases are cumulating and the connections of the tables are increasing. And finally, the system has so much data and connections that it can create automobiles independently. 

Can artificial intelligence get out of control?

The quantum computers are starting to plan new quantum computers. And that thing brings to my mind my favorite SciFi novelist Stanislaw Lem and his visions of the technology that would start to live its own life. In novels "Invincible" and "Peace on Earth"  Lem predicted the drone swarms and computer-guided evolution. 

In the book "Peace on Earth" the idea was that the weapon development outsources to the moon by the United Nations. And then the system used three layers for the development process. In that fiction, the idea was that the systems are making virtual models of the new weapons and if those weapons are needed those models can be driven to the CAM system or robot factory. 

And the fact is that this kind of system is possible to make. Quantum computers can run complicated artificial intelligence programs and evolution models. 

1) Super simulator that connects CAD drawings and tactical simulations.

2) Selective simulator which uses the existing weapon systems against the new weapon system. And reports the success of the weapons to the control system.

3) The control system sees the errors and sends the feedback and improvement proposal to the super simulator. That makes chances for drawings. 

The quantum computer on Earth theoretically controls that system. But the system can make a copy of that quantum computer to the Moon. And that thing means that the intelligence of those machines can turn higher than humans. 

The idea is that the system that is creating the robots. Can use robots for finding the raw material on the Moon and those robot workers can create the new quantum computer and other things and if creators of that system are not following what computers are doing. 

That thing can make the surprise. If the quantum computer can control the robot workers, that system is making it possible to create another quantum computer in the caves. And there is the possibility that the robot factories are making surprisingly powerful drones without telling that thing to the controllers.

The power of quantum computers is incredible. And that means they can handle many things faster than ever before. The power of the quantum computer can use to design more and more powerful quantum systems. Quantum computers are the revolution. 

They can run CAD- programs, artificial intelligence, and more accurate simulations than ever before. And that thing makes the new visions for artificial intelligence and the autonomous development of the products possible. 

But when we are making the artificial intelligence that runs on the quantum computer we might face the thing that is causing surprise. The quantum neural network solves mathematical problems a million times faster than regular computers can make. 

And that thing is causing the question, can something unpredictable happen? Quantum computers are incredible tools. They can break any code in the world. But can they make something more dangerous and more powerful than we ever imagine?

https://www.newscientist.com/article/2290563-quantum-computer-helps-to-design-a-better-quantum-computer/

https://www.sciencealert.com/a-new-neural-network-solved-the-hardest-of-maths-problems-a-million-times-faster

Image:()https://www.newscientist.com/article/2290563-quantum-computer-helps-to-design-a-better-quantum-computer/

()https://kimmoswritings.blogspot.com/

The smallest of all miniature flying systems can use for many things.

 

(The image I): "A 3D micro flier sits next to a common ant to show scale. Credit: Northwestern University"(ScitechDaily/Winged Microchip Is Smallest-Ever Human-Made Flying Structure – The Size of a Grain of Sand)

 The most miniaturized flying machines are the size of a grain of sand.

The technology what those flying microchips are using is quite simple. The flight of those nano-size helicopters is basing the opposite-rotating rotors used in Russian Kamov-helicopters. And the power source can be wireless radio waves or chemical or small nuclear batteries. 

The radio waves-based wireless energy transmitting offers those helicopters almost unlimited operational time. In that case, there are no harmful chemicals needed and the systems are easier to produce. The production methods of those miniature helicopters are similar to microchips. And the system uses integrated antennas for power transmission. 

The chemical batteries are giving limited operational time. And nuclear batteries are dangerous. If those batteries get in the wrong hands, somebody can make a hole in the protective core of that battery and release plutonium to nature. 

The production technology of those miniature helicopters is similar to microchips. And they can produce large numbers very easily. Theoretically, the robot factory can create those very small aerial vehicles in the operational areas. If they can use the wireless electric transmission those robots can use them immediately when the Von Neumann or robot factory created them. 

The main material of those miniature robot flyers can be silicon. In this case, the material seems plastic. And the thing is that the robot factory can use recycled materials. So they can turn plastic bags or sand into miniaturized flying machines. 

And that makes them very multipurpose tools. The robot factory can have series of what it can use for making those robot bugs. And theoretically, if it uses artificial intelligence and retrieves robots that can be the quadcopters it can use garbage for taking parts for the robots. The system can look for mobile telephones that are in the garbage. And recycle the strategic parts like CCD chips. And connect them to new flying robots. 

And then those robots will take them to the factory. In that highly automatized factory system removes the CCD system from the core and reuses those components in the new camera-equipped drones. The size of those robot factories is not necessarily big. It can be the size of the container. And it can have the ability to search raw materials independently. 

The smallest helicopters in the world are the size of the grain of sand. And those systems have multiple roles in the world of civil and military. The sand-size microchip can take a position on the head of the bugs like an ant or bees. And slip in their nest for observing, what those bugs are doing. Those helicopters can also use to transport the bees or other social bugs away from the places. 

(Image II): "A close-up of a 3D micro flier, outfitted with a coil antenna and UV sensors. Credit: Northwestern University" (ScitechDaily/Winged Microchip Is Smallest-Ever Human-Made Flying Structure – The Size of a Grain of Sand)

Those systems can measure radiation they can smell poisons and pollution from the air. Or they can search for fire from the houses. The idea is that the miniature helicopters are equipped with infrared sensors and robot helicopters are programmed to fly to heat points. In the simplest models, the location detector system follows the position of the helicopters which are equipped with RFID chips. 

And when those helicopters are starting to swarm, that means there is some kind of thermal source. Those robots can also equip with microphones CCD-cameras and they can research people or make the surveillance operations around the world. Those miniature helicopters can land on the microchip and send the data that travels in the wires of the chip to satellites and another side of the world. 

(Image III): Kamov Ka-25 "Hormone"

Transporting a bee swarm to another place can be made by taking the queen to another place. The miniature helicopters can send electric signals to the nervous system of that bug and make it move. The same technology can use for military purposes. If the queen of bees stabs somebody that means other bees also stab the victim. The nervous stimulation of the bees can also use for that thing. 

Where the nest of bees risking the safety of the environment. In that case, the miniature drone is landing on the head of the queen. And then it would start to send the nervous stimulation by using the electric impulses. Otherways saying this robot is taking the bug under control and makes it move to another place. 

And other bees are following their queen. The zoologists introduced that to transfer the swarm of bees to another place. If the bee swarm is poisoned there are no bees for pollinating flowers. And those poisons can cause health problems. So it's easier to transfer those bugs to a different place by taking the queen under control. When the queen is moving to another place other bees follow it. This behavior is making it possible to turn those bugs into biorobots. That can control by using microchips. And those miniature helicopters are suitable for that mission. 

This type of system can use for military purposes. There are horrifying visions that swarms of bees are put to stab the people who are involving prohibited demonstrations. Originally military researchers introduced that idea for controlling hostage situations. But it can also use for controlling things like riots. The idea is that the behavior of the bees is turning to serve military purposes. When the queen is stabbing all other members of the swarm are also stabbing. 

()https://scitechdaily.com/winged-microchip-is-smallest-ever-human-made-flying-structure-the-size-of-a-grain-of-sand/

Images I and II:https://scitechdaily.com/winged-microchip-is-smallest-ever-human-made-flying-structure-the-size-of-a-grain-of-sand/

Image III:https://en.wikipedia.org/wiki/Kamov_Ka-25

()https://kimmoswritings.blogspot.com/

What makes primordial black holes so interesting?

The primordial black holes are the black holes that size is atom-class. Sometimes those black holes are also called quantum black holes. There is the possibility that the smaller black holes are the size of the quarks. Those atomic-size or even smaller black holes are forming in nature when the X-or gamma-rays hit the planet or atom. The thing that makes the primordial black holes interesting is that they can use as power- and communication tools. 

And now somebody is saying that the black hole is destroying the information that drops in there. The idea is this. When the wave movement is traveling through the event horizon or that point where escaping velocity reaches the speed of light will pull that wave movement straight. So that means the information that is impacting the black hole will be destroyed. That means we cannot teleport data through the primordial black hole. Or can we? 

There is also a so-called "regular"  way to use black holes as a communication tool. In that method, the black hole's radiation beam is used as the carrier. The laser ray will send the energy pulses to that beam, and the receiver observes the changes in the energy level of that radiation beam. 

There is the possibility that we would put the primordial black hole rotating so fast that it would superposition. And then pump energy to that superpositioned and entangled primordial black hole by using laser rays. The system can observe the energy level of that superpositioned and entangled black hole pair. 

And laser sends "morse signals" to that object. The black hole would superposition between two chambers. And that thing can be used for sending messages. The primordial black holes can use also as an energy source. In that case, the black hole is trapped in the chamber and material will be driven to it. The primordial black holes are similar black holes with the others. 

But they are much smaller. Theoretically, those black holes can use to pull the quarks away from the protons and neutrons. That thing can make it possible to create antennas that can capture dark energy. The system can use the quantum bridges between those quarks for interacting with the invisible wave movement.

And maybe someday in the future, this thing can use to capture dark energy for energy production. The idea is that the quantum antenna will capture dark energy and transform it into regular energy. 

Small black holes can use for energy production quite easily. The material disk around them is one of the highest energetic objects in the universe. Regular solar panels can capture energy from the transition disk. In some visions, the small-size black holes can use as the power source for space rockets. 

The black hole will position in the absolute round chamber which is open to the back. And the energy ray of the black hole is pushing and pulling the futuristic spacecraft ahead. The radiation beam will impact the front side of the chamber and also the back moving ray will push the craft. The energy level of the black hole can adjust by adjusting the material that drops in there. 

()https://scitechdaily.com/primordial-black-holes-the-size-of-an-atom-what-new-experimental-evidence-suggests/

()https://kimmoswritings.blogspot.com/

How to make a switch or router that uses the DNA molecule for routing data?

What the DNA needs that it can control a physical robot? The fact is that DNA needs a switch or router that can transmit the electric signals between microchips in the multiprocessor system. The DNA can control nano-size switches simply when the length of the molecule is chancing it press nano-size switch. When the DNA is controlling the router it can be connected to the nano-size needle and moving that thing the system can aim the route of the signal. 

Making the router or switch that uses the DNA molecule as the controller is quite an easy thing. The DNA molecule is in the chamber and changing the length of that molecule is possible to determine if the value of the connection is 0 or 1. The DNA molecule would touch the nanotechnical switches. 

When the length of the DNA increases it pushes those contact layers. And that thing makes it possible to cut or connect the circuits in these nanotechnical chambers. But the DNA molecule can act as the 3-layer qubit. In that case, the molecule must curve to the form of the "S"-letter. 

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

The symbols:

1) The DNA molecule

2) Switches

In diagram 1, the value of the binary circuit is one (1).

In diagram 2, the value of the binary circuit is zero (0).

In diagram 3, is the diagram of the qubit that has states 0,1, and 2. When all three switches are down, the value of qubit is 2. When the ends of the molecule are pressing the switches the value of the qubit is one (1). 

And when only one of the switches is pushed. The qubit tells that it's ready for taking commands. The spring-looking carbon molecules can make the same thing But the DNA is easier to get. 

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

In image two is portrayed the positions of the DNA molecule when it controls the switch. In diagram 1 the DNA is connecting the nanotechnical switches and the value of the circuit is one. In diagram two is the DNA is not pushing the nanotechnical switches. 

And the value of the circuit is 0. In diagram three is the three-layer DNA controlled qubit. When the ends of the DNA are pushing the switches that bring the value 1. When the middle-point of the switches are pushing the center switch the value of the qubit is two. The values or states of the qubit are 0,1, and 2. 

The ends of the molecule are determining the values 0 and 1 in the qubit. And the middle point of the DNA would make the third state of the chemical qubit. If the DNA molecule touches and pushes three nanotechnical switches at the same time. The value of the qubit is 2. The values 0 and 1 are telling that if the system is working. So if the DNA molecule is pushing only one button that tells that the qubit is ready for taking orders. 

But theoretically, the DNA molecule can operate a multi-layer qubit. In that case, every point between the ladder-like points between the base pairs will put the switch. And every switch is operating its level of the qubit. 

The calculation of the layers or states of the qubit always begins from 0. That value determines that the quantum computer turns off. Value 1 tells that the system is ready for taking orders. So if we are thinking that the DNA molecule pushes three switches in the nanotechnical chamber that means that if all three switches are connected the value of the qubit is 2. The values are 0,1, and 2. 

The change of the shape or length of the DNA molecule can adjust by connecting magnesite in those points of the molecule. Or there is the possibility to use ventilation, which brings electrolytic liquid into the chamber. And that liquid would adjust the form of the DNA molecule. 

()https://kimmoswritings.blogspot.com/

New tools are making more accurate images of brain activity than ever before.

Imaging brain activity is allowing to find out how suitable some profession is for a person. But it also serves the development of the new type of robot interfaces. 

New brain imaging tools are fantastic. Connecting the modern computing tools with traditional sensors like PET, EEG, and MEG sensors is a way to get fundamental data from brains. The AI will help to get more from the old fashion systems. And analyzing the old stored data by using modern tools. Is making it possible to get more data from the old records. The AI makes it possible also to interconnect data from those systems. And that thing makes the revolutionary computing solutions. 

The data from the brain scanners can be driven to the supercomputers through the internet. This ability makes it possible to run complicated artificial intelligence programs during the imaging process. And artificial intelligence can see anomalies very easily from the images and files that are stored during the examination. 

The new imaging tools are making it possible to observe things like blood flow in certain brain areas. The system can monitor how many nutrients and how many nutrients certain brain areas are using. And interconnecting those sensors is making it possible to observe things like what brain areas are activating during the exams. So if we want to use this system for some useful and productive things it can use for the selection of education. 

By observing the activation of certain brain areas the researchers can follow are the brain areas that are controlling things like mathematical actions in brains are activating which means the person is working with a mathematical problem. But if the system detects also the activation in the brain areas that are controlling pleasures. That means the person is enjoying the work. 

By analyzing the EEG separately from many brain areas means the ability to get highly accurate data separately from every brain area makes it possible to make the new and more multipurpose BCI systems. The data collected from brains can use many more purposes than just finding out the risk of brain infarct. That data makes it possible to create new and powerful tools for controlling robots through computers. 

Possibly in the future, the BCI (Brain-Computer Interface) can turn human thoughts to film. That can show on the screens of a computer. But even today those systems can use to control robots like they are part of the user's body.

The BCI/BMI (Brain-Computer/Brain-Machine interface) is the system that makes it possible to control robots through computers by using brain waves. The system can of course use to control combat robots, but also things like remote-controlled surgical operations. That kind of interface is one of the most interesting and powerful tools in computer-robot development in the world. 

That interface can install in the headband or hat. And the interaction with robots happens by using the brain core stimulation. That thing makes it possible to connect the robots to the nervous systems like they are part of the user. The user can feel everything that the robot feels and the system can make the robot follow precisely the commands that the user gives. 

()https://scitechdaily.com/a-mathematical-equation-can-uncover-your-preferences-via-brain-activity-and-mood/

()https://en.wikipedia.org/wiki/Magnetoencephalography

()https://en.wikipedia.org/wiki/Positron_emission_tomography

Image:()https://scitechdaily.com/a-mathematical-equation-can-uncover-your-preferences-via-brain-activity-and-mood/

Image():https://kimmoswritings.blogspot.com/

The new futuristic solar-electric thruster is opening the new road to the asteroid belt and inner solar system.

NASA:s new Psyche probe would send to the asteroid belt for taking samples of those rocks. The asteroid belt is one of the most promising areas for space mining. Those systems would act very simple way. In the first version, the spacecraft just closes the promising asteroid in the plastic bag and pulls it to the Earth orbiter. And then robots will cut it in pieces and send those bites to the Earth by using returning capsules. In the more futuristic scenario, the asteroids will cut in pieces at the asteroid belt, and then the mass drivers would send them to Earth. 

The mass drivers would shoot those asteroid bites to the mylar or kevlar net. The system would decrease the speed of those bites by targeting the magnetic field that has the same polarity as the bite of the asteroid. And in that case, the magnetic push effect will slow those objects. The problem is that those bites must react to magnets. So in that case the system can connect the iron bite to other materials. And shoot them to Earth by using magnetic rail guns. 

Psyche spacecraft can also be the model for the new type of spacecraft which uses solar-powered ion thruster inside the asteroid belt. But when the solar energy turns too low. The system will turn to use the nuclear reactor as the power source. The nuclear reactor's heat exchanger piping can install in the long solar panels. Those kinds of systems can travel to the solar system and take samples from the moons of the icy moons of Jupiter and Saturn. 

The new concept in Psyche spacecraft is that system uses the ion engine that gets its power from solar panels. The thruster uses possible xenon ions to maneuver the spacecraft at the asteroid belt. The ion thruster can use all kinds of ions. And if the polarity of ions is opposite. There is needed the switch. That turns the order of the poles of the magnets that are accelerating those ions opposite. 

The Psyche can be the pathfinder to a new type of interplanetary spacecraft that can use solar power. When they are traveling inside the asteroid belt. But outside the asteroid belt where solar energy turns weak. That system can turn to use nuclear reactors. That thing saves nuclear fuel for the missions that go farther in the solar system. 

Long and powerful solar panels can also work as the structure for the reactor's cooling system. The heat exchanger piping is easy to install with those solar panels. And those long wings can also operate as platforms for powerful radars. The new spacecraft would be unmanned and they are acting as pathfinders for the manned spaceflights in the solar system. 

()https://scitechdaily.com/futuristic-solar-electric-thrusters-makes-nasas-psyche-spacecraft-go/

Image:https://scitechdaily.com/futuristic-solar-electric-thrusters-makes-nasas-psyche-spacecraft-go/

()https://kimmoswritings.blogspot.com/

Material development by using AI. And scanning tunneling microscope.

Artificial intelligence can develop new materials.

The thing that artificial intelligence does best is to collect data from limited environments. The AI can work without sleep and follow the processes non-stop. If artificial intelligence has the right tools. It can follow how the atoms are connecting in a certain type of chemical environment. 

The AI can follow the images that laser and other microscopes send to the computer and adjust the strength and type of radiation or other energy stress. The system can use different wavelengths of radiation like UV or IR radiation. Or it can remove some frequencies of the EM radiation off. Of course, the AI must have the ability to use UV or IR lights and laser microscopes. 

Laser microscopes scan the surface like radars. The UV-lasers are the most accurate optical systems today. 

So, laser-microscopes are actually like lidars (laser radars). The accuracy of the system depends on the wavelength of the laser radiation. 

But if the system uses more high-energetic radiation. That thing would make it possible to make the revolutionary observation tool called X- or gamma-ray laser microscope. The problem is how to make X- and gamma-rays reflect from the surface. 

The X-and gamma-ray microscopes can have extremely high accuracy. The accuracy of the microscopes depends on the wavelength that the system uses. If the scanning laser-microscope uses X- or gamma-rays that system can make ultra-accurate observations about layers. But the problem is that making those systems scan is problematic. There is the possibility to use the side-coming radiation which seeds the elevations. The diagonal X-or gamma-ray source would send the radiation to a gamma-or X-ray camera. 

That thing will make the system see the rising atom-size roughness. But the scanning tunneling microscope can be more ultimate tool than X-or gamma-ray laser scanner.

Image II: The model of scanning tunneling microscope

The Higgs boson could use for making the ultimate scanning tunneling microscope. 

If we would stop the Higgs boson. And put it in the scanning tunneling microscope. That thing could make it possible to observe reactions. What happens between the nucleus of the atom and electron cores. The ability to stop the Higgs boson and hover it in the scanning tunneling microscope would revolutionize science. Theoretically is possible to create that thing by using quantum annealing. 

In that process, the system would stress electrons by using the EM radiation, and maybe that kind of system can raise the energy level of electrons to the level, that they can release the Higgs boson. If that thing can make someday that would give an ability to take images of the individual electrons and maybe it could see quarks. But creating the stopped Higgs boson is difficult.

The accuracy of the scanning tunneling microscope depends on the size of the needle. That needle acts as a small radar. In the most accurate scanning tunneling microscope, the hovering ion or electron is acting like a turntable needle. It hovers between the needle and the surface of the scanned object. That particle follows the form of the layer. The size of that hovering particle determines how accurate that system is. And in the visions is to use stopped Higgs boson that thing allows making observations of the electron cores and quarks. 

()https://scitechdaily.com/new-artificial-intelligence-tool-accelerates-discovery-of-truly-new-materials/

Image I:()https://scitechdaily.com/new-artificial-intelligence-tool-accelerates-discovery-of-truly-new-materials/

Image II:()https://www.wikiwand.com/en/Scanning_tunneling_microscope

()https://kimmoswritings.blogspot.com/

Standard model updates and the fifth force

The elementary particles of the Standard model

Should we update the standard model? Definitely yes. But the thing in that operation is that. Almost every single thing that is calculated and made in physics uses the standard model as the matrix. And in that case, there is the possibility that the calculations are wrong. If the standard model is wrong that means that all things bases on that model are wrong.

The Muon G-2 experiment and the experiments made after that experiment have shown that there is the possibility of the existence of the "Fifth force" or "fifth fundamental interaction". So if we are thinking of the standard model and the four fundamental interactions we must say that there is the possibility that the "fifth fundamental force" is even more dominating but at the same time weaker than gravitation. 

The reason why that thing is possible is that when the fundamental forces are turning weaker when their scale or effective distance is increasing. Gravitation is the only interaction that interacts in long distances.

So logically we can think that the fifth force interacts even longer distances than gravitation. That means the fifth force can help to solve the question of the existence of the multiverse. There is the possibility that the fifth force has similar wave-particle duality like all other fundamental forces except gravitation. 

If gravitation is the weakest known force, the reason for it may be simple. Gravitation would not be limited to the quantum field of the atom. And if we use allegories. The density of gravitation is lower than that of other basic interactions. The reason for this is that gravitation affects longer distances than three other fundamental interactions. 

The strength of the interactions rises when their range decreases. The reason for that could be that energy is trapped in some kind of quantum field. And that means the energy in those quantum fields cannot erupt. 

And it's not limited by the quantum field of the atom. Gravitons are the hypothetical transportation particles of gravitation. The existence of the graviton is predicted because all other fundamental interactions have the transportation particle. But because there is no observation about the graviton. There are discussions is gravitation one the independent interactions or not. 

And that means the hypothetical fifth force is interacting between even longer distances than gravitation. But the same way the fifth force is weaker than gravitation. So even if gravitation is the weakest of the known interactions it's the weakest of four interactions. 

The strongest of the interaction is the strong nuclear force. That force is the thing that keeps quarks in the protons and neutrons. The strong nuclear force affects only between quarks. The transporter particle of that force is the gluon which jumps between quarks. The answer for the strength of the strong nuclear force is maybe coming from the quantum field. 

When the gluon hits the quark it would touch the quantum field that is forming the core of the proton or neutron. The quantum field would also get energy outside the atom. And when the particles are hitting the quantum field. That thing acts like a lens and aims the energy back in its entirety called proton or neutron. 

Or energy can store in that quantum field. And when the mirror particle hits that quantum field like in proton-antiproton annihilation that thing will cause the quantum version of the electric arc. That thing is one of the most powerful reactions in nature. 

()https://www.bbc.com/news/56643677

()https://physicsworld.com/a/neutron-experiment-tightens-the-net-around-possible-fifth-force/

()https://en.wikipedia.org/wiki/Fifth_force

()https://en.wikipedia.org/wiki/Graviton

()https://en.wikipedia.org/wiki/Standard_Model

Images()https://en.wikipedia.org/wiki/Standard_Model

()https://kimmoswritings.blogspot.com/

We must prepare for the quantum age of the internet.

Image: Pinterest

Quantum technology brings new threats but also new possibilities. 

Single-photon imaging technology can make quantum data transportation safer than ever before. 

Breaking the quantum data transportation is the theoretically easy thing. The particle will superposition in the laser ray that transports data. And the sensor detects the changes in the energy level in that superposition. This type of eavesdrop can avoid if the data transportation qubits have serial numbers. 

That means the system can have the data transportation qubits and only the numbered qubits. And if the system has let's say 7 layer qubits, or otherwise saying qubits that have 7 states. There can be security states between those layers or states. 

That means the qubit has layers 0-6(Calculation of qubit layers begins always from 0). The most out layer can use as the security state. And there can be "public layers" (4 and 5). Then there can be another security layer (layer 3). And layers 1 and 2 transport the highest secured data. If the security layers are missing the system detects that somebody is trying to read qubits without permission. 

The single-photon imaging technology is important if research wants to make more secured and more effective data transport protocols. If the system operators can store data in single photons they can send them in the laser ray to the target. This method can call selective photonic data transportation the key element is that all photons are not transporting data. Most of them are so-called "white noise" that is not containing data. And that makes breaking that data security extremely difficult. 

Breaking the quantum encrypting happens by stealing qubits from the flow. If the system uses traveling photons for the data transportation the highjacking of those photons is possible by using the superpositioned and entangled photons or electrons. When a photon hits that particle it raises the energy level of that particle. But the qubit which hits that antenna is lost. And the loss of the qubit can recognize. The idea is that if the operators notice that qubit is stolen the system will be alarmed. 

We must prepare for the quantum attack.

The robot bugs can break data security very effectively. 

The fact is that the robot bugs are opening new doors for hackers to systems, that are previously secured. The robot bug can fly to the microchip. And then it can put its antenna to the data transportation wire. The robot bug can upload captured data to the receiving station that is mounted in the small quadcopter. 

The quadcopters can fly in the ventilation tube and then travel to the computer hall. And the last one will send the robot bug to the microchip. That robot bug can also get its electricity from the microchip. 

The quadcopters can wait in the ventilation channels and make the chains where data is traveling in the laser ray. So the system can transmit data to a satellite which relays it to the supercomputer center. The laser ray can also transmit energy to the system. 

But the quantum systems are even more effective. 

The fact is that quantum systems are endangered the security of the entire internet. And if we are thinking of the RSA-based cryptology that thing is at the end of its road. The advantage of quantum computing is so fast that more and more countries can produce those systems. 

The superpositioned and entangled particle can read regular data from optic cables. If the users of that system know the position of the microchips they can use the superpositioned and entangled for capturing data straight from the microprocessor.

There are probably made experiments to eavesdrop on the data transmissions in the optic cable by using radar. When the radio wave travels through the optic fiber the energy of the laser ray will transfer to the radio impulse. And the radio receiver can detect the changes in the energy level in the radio wave. This type of system can steal data from the optic fibers. After the data is collected. It can be driven to quantum computers for code-breaking catastrophe. 

The problem with that system is this. The energy of the radio waves is transferring to photons of the laser ray. That means the laser ray will turn too high energetic. And the system can notice that. If we are thinking of this kind of situation, the thing that eavesdropping has detected makes it possible to change the plans. 

But the thing is that the RSA-based cryptology must update. And that thing should happen very soon. Quantum computers can break any code that is made by using binary computers very fast. Securing data against new threats is extremely urgent. 

()https://physicsworld.com/a/new-time-lens-could-boost-single-photon-imaging-technique/

()https://en.wikipedia.org/wiki/RSA_(cryptosystem)

https://kimmoswritings.blogspot.com/

Are the magnetite crystals in neurons nontechnical switches? Is their purpose to create connections between axons in the nervous system?

 

Of course, those crystals can act as the sensors of the magnetic sense. But is there some other and same way interesting explanation because those crystals are in our brains, 

Is the purpose of magnetite in our nervous system simply acting as the switch that connects the inner membrane of the neuron to the axon when the connections are needed? That thing would explain why those magnetite crystals are in our nervous system? 

Why is the magnetite in our nervous system? The fact is that maybe we have the answer for that thing. Maybe the purpose of the magnetite crystals is to pull the inner membrane and the end of the axon together. And that thing opens the road for the message that goes through the nervous system. The system would work like this. 

When the nervous system requires the route or connection it simply warms the magnetite crystals at the membrane and the end of the axon. That happens by increasing the energy production of the mitochondria. That thing increases the magnetic effect of magnetite. And then the axons will transmit the data in the cell. 

Those magnetite crystals can replace by using nanotechnological microchips. That means those microchips can inject into the nervous system of bugs or birds. They can use to remote control living organisms. And the nanotechnical microchips can send data to the data transmitter, which sends the senses of the animal to the computer by using the internet. 

The system can connect with the GPS location system. And EEG data can send to the command center by using the GPS transmitter. The command center can send the control signal by using a two-way data connection. 

The microchips can install in the proteins that the neurons are using as a nutrient. Then they will put in the amoeba or bacteria that is traveling to the neuro-tissue. And then the programmed cell death kills those transportation organisms. Those bacteria or amoeba will release those microchips over the brain tissue, and then the feeding system of neurons will position them in the right places. 

Magnetite has caused one very interesting theorem. That mineral can be used as the hard disk and what if the radio waves are used to stress the magnetite bites in the nervous system? That thing would transmit electricity to the nervous structure.

Can we someday see things that happened just before humans or animals died by stressing the magnetite from the brains of the corpse by using radio waves and superconducting quantum technology? The power of quantum computers can make it possible that the EEG curves of the animal or humans can turn into a film that can be seen on the screen of the computer. 

But in some other visions, those magnetite crystals that are stored in the nervous structure can store the last experience before death. That thing requires extremely accurate sensors. 

Theoretically is possible to return the memories of the dead person. If the crystals which are found from the head of dead persons are put in a superconducting chamber. And observing those crystals with very accurate sensors. The EEG curves that are stored in those crystals can return to observable form. 

Can maybe store on the computer's hard disk. And then the EEG can maybe somewhere in the future decode to the screen of the computer. The idea is that the superconducting magnetite crystals are stressed with radio waves. And the superconducting sensor can see the changes in the curves of the radio waves when they are traveling through the magnetite crystals. 

()https://physicstoday.scitation.org/do/10.1063/PT.6.1.20180830a/full/

()https://www.realclearscience.com/blog/2019/06/11/why_is_there_magnetite_in_the_human_brain.html#:~:text=A%20study%20published%20last%20yearfound%20that%20magnetite%20is,is%20produced%20within%20our%20cells%2C%20the%20researchers%20wrote.

()https://scitechdaily.com/magnetic-stimulation-shifts-abnormal-neural-connections-towards-correct-locations/

Image:()https://scitechdaily.com/magnetic-stimulation-shifts-abnormal-neural-connections-towards-correct-locations/

()https://kimmoswritings.blogspot.com/

Stopping problem with Turing's machine

Image:Pinterst

The problem with binary computers or Turing's machines is that they must stop before they start their next mission. That is one of the reasons why the development of quantum computers started. In quantum computer is enough, when one of its layers stopped for taking the mission or code in it. There is of course problem that the inputting data to the quantum processor fail. 

Because there is the possibility the support system tries to download data to the busy layer. The stopping problem is the thing that makes the system slow. The problem is that we cannot see outside is Turing's machine ready for the next program. 

If the machine is running and handling some other program, that thing will turn Turing's machine out of control. It's like trying to put another tape in the movie projector which uses film while it's running. The film will be lost. And if that thing happens in the computer every data is lost. And if the calculation is lasting weeks. That thing can cause loss of invaluable information. So how to solve the stopping problem?

In this version, the CPU can automatically tell the system it's ready for the next algorithm. In that case, the end and beginning of the code-line are equipping with the mark. That mark in the code tells that the code is beginning and when it's ending. When the CPU will see the algorithm's beginning mark. It's telling other processors that it's busy. That makes it easier to control the system. Because other processors must not all time ask if the processors are busy. 

This means that the data would transfer to other processors. And when the end of the program is seen. This means that the CPU will tell that it's ready for the next mission. 

One of the versions for the solution is that the system uses the control processor. That means the control or auxiliary processor keeps the book when the microprocessor is taken the data under processing. And when that data is coming out the processor is free. But then we might think that the processor will use the preprocessed information. In this version, the system uses the auxiliary processor for marking the beginning and the last point of the data flow.

When the data is downloaded to the CPU the processor will get the mark that it can start its run. And if there is some kind of series. There are orders of how many times the program has access to run through the microprocessor. And that means when the program is run let's say about 5000 times, it will get an end mark. In that case, the system has promised the program 5000 drives. When the end mark of the program comes that processor can automatically report to the control processor that the system is ready for the next program or code line. 

The answer is that the multiprocessor model of Turing's machine must not stop entirely. If it uses multiple microprocessors it's enough that only the microchip that takes the algorithm is stopped. The system would partially be stopped because there is always be a free microprocessor. That is ready to receive the data. 

But the most powerful thing in binary computers is to use the so-called "non-linear stopping method". In this version, the system uses multiple microprocessors. And the data would be driven to the free microchip. The non-linearly means that while another processor is working the other will be ready for the mission. The idea is that some of the processors are working with the algorithms. 

()https://kimmoswritings.blogspot.com/