The quantum networks can also have vulnerabilities.

The thing that makes the quantum network so secure is this. Information that travels in that network is connected to physical particles. When the energy level at both ends of the quantum entanglement reaches the same level. The system must make the new superposition and quantum entanglement. Before that, the system must separate information from the quantum entanglement and store it. And that mass memory where the system stores information is the weak point. Also. Things like graphics cards that output information to the screen can be vulnerable to attack. In the same way. The attacker can focus the attack. On binary systems that control the quantum computer. 

The researchers say that every system has holes. So, if the system exists. It's possible to break. There is always a weak point in the system. In the best systems, the user is the weakest point. The weak point in quantum computing is that. Those quantum computers are used. Through binary computers. 

The attacker can focus the attack on the binary system that controls the quantum computer. The output route that prints the solution to the screen of a binary computer can be infected. Using a Trojan horse. This means the quantum system will not be breakable. But the binary computers. That handles input-output traffic. Are. Same way. 

Vulnerable as other binary computers. The vulnerable point in the system can be the graphics circuit, which controls screens. And things that the system outputs to the screens. 

That weak point can be the router; there is mass memory. That the system uses. When it creates a new quantum entanglement pair. When information travels in a quantum network, in most models. It travels in a chain of superpositioned and entangled particle pairs. The problem with quantum entanglement is this. 

The transmitting side of the quantum entanglement must be at a higher energy level than the receiving particles. When those particles reach the same energy level, that breaks quantum entanglement. So in the high-class quantum network, the system must re-adjust the quantum entanglement. Information always travels straight through quantum entanglement. The quantum network means the fullerene nanotube. That protects quantum entanglement when it transmits information. 

If there is a curve in the quantum entanglement. That requires that. The router receives the information that it gets. Then it creates another quantum entanglement. And re-transmits data. For that process. The system must store information before it makes the new quantum entanglement in the chain. This memory block can be the target for attackers. The idea is that the router should make the new quantum entanglement. And then resend that data. That is stored in it. 

The weak point of the quantum network is the point where the network re-adjusts quantum entanglement. The easiest way is to make a new superpositioned entanglement. But. For that process, the system must store the information that it transports. 

"Despite being continually kicked and strongly interacting, the atoms no longer absorb energy. The system localizes in momentum space, the momentum distribution literally freezes, a remarkable phenomenon termed many-body dynamical localization (MBDL). Credit: Universität Innsbruck." (ScitechDaily, Physicists Discover a Quantum System That Refuses To Heat Up)

The quantum system that will not heat. It is one of the things. That can make the new types of quantum networks possible. This system. It can make the longer-lasting quantum entanglements possible. The experiments show that the ultra-cold atoms do not always heat up as expected. This means. That is the quantum entanglements. Those who are targeted. Photons are trapped on those atoms. 

Can keep. a quantum entanglement. A very long time. The idea is that the ultra-cold atom transports energy out from the quantum entanglement’s receiving part. This means that stable quantum entanglement is theoretically possible. 

And then. We can think about the thing. Called the gravothermal collapse. That causes a situation where the hypothetical dark matter halo turns hotter when it releases energy. The reason for that is that the dark matter structure turns smaller. And because particles are closer to each other, that makes energy denser in that structure. At the same time, those hypothetical weakly interacting massive particles (WIMPs) send energy. 

This causes a situation where gravity pulls those particles closer. To each other. And the energy is released into a smaller area. So, in a gravothermal collapse. The same number of particles sends energy into a smaller and smaller area. And that warms the structure. 

It would be interesting to think about the possibility. Is it possible that there is a so-called electromagnetic or quantum-size version of the gravothermal collapse? In the model, there is a possibility. That is when the electrons fall to the atom’s nucleus in the Bose-Einstein condensate. They should behave as WIMPs interact in gravothermal collapse. This means when electrons release photons and energy. In the smaller-scale structures. That energy level or energy density rises. 

So, if researchers could control the distance of electrons. Between each other and the distance of electrons to the atom’s core. That can deny the heat effect in the smaller-scale atoms. Or it denies the energy density. Rise in the atoms when their electrons fall to the core. Rise of. The energy density means that a certain number of particles sends a certain number of energy quanta. Into a certain area. 

https://news.nus.edu.sg/first-demonstration-of-a-secure-quantum-network-with-untrusted-quantum-devices/

https://www.quantamagazine.org/cryptographers-show-that-ai-protections-will-always-have-holes-20251210/

https://scitechdaily.com/physicists-crack-a-new-code-to-explore-dark-matters-hidden-life/

https://scitechdaily.com/physicists-discover-a-quantum-system-that-refuses-to-heat-up/

https://en.wikipedia.org/wiki/Bose%E2%80%93Einstein_condensate

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

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

Stagflation as a problem for the Russian economy.

One of the biggest problems. For the Russian economy. Are economic sanctions. The economic sanctions determine products that Russia is not allowed to buy. There is always a possibility that countries like China export high-tech products to Russia. But. Russia must get money.

From somewhere so that it can use it to buy those products. Iran, China, and North Korea are so-called grey areas in the sanctions. There is a possibility that Russia uses Chinese and North Korean agents to buy things like drones. Or the merchandise. Like oil and gas. Will be shipped to India. Which resells those products and buys electronics. To the Russian military. 

The thing is that the grey areas have a big mean. In world economics and intelligence. There are governments that have good trade relationships with the Western world. And with China and North Korea. The Chinese and North Korean governments can establish import and export companies in those “grey countries”. There might be some autocracies that want support from countries like North Korea. North Korea can offer military technology like missiles to its allies. 

They can establish company chains to support their intelligence operations. Those companies can be used for money transfer and industrial espionage. That espionage can have a focus. In high-tech warfare and artificial intelligence. 

"Stagflation is the combination of high inflation, stagnant economic growth, and elevated unemployment. The term stagflation, a portmanteau of "stagnation" and "inflation", was popularized, and probably coined, by British politician Iain Macleod in the 1960s, during a period of economic distress in the United Kingdom." (Wikipedia, Stagflation)

Russian economic problems. And the threat of stagflation. 

The Western world considers the Russian economic situation. There is a possibility that the Russian society will collapse. The chaos in society forms. When the economy collapses. When there is no food or anything. People start to rebel. The major problem in Russian society is this. All demonstrations. 

That doesn’t please the Kremlin. Are repressed. The very tight and rough police command collects pressure in society. And somehow, someday it will erupt. That means violence against the Russian elite. 

If the Russian economy collapses. That can cause chaos. The fact is that the chaos can cause a situation in which the Russian nuclear weapons will be launched to sell to people who offer the biggest money. 

The nuclear weapons are things that keep the Kremlin in command. And. The fact is that the successor of Putin might not change anything. Or, it's possible that after Putin’s era there will be even civil war in Russia. Or, the end of Putin’s era. Causes a bloody power struggle. 

“Stagflation” means a situation. Where unemployment is high, and inflation is high. and economic growth is slow. The ruble’s value to the dollar. It has grown 45%. That is the reason for the tight economic policy. This means the outside value of the Ruble grows, but its internal value or inflation decreases. That causes a very interesting situation. 

When we think about this situation. That causes the effect. That the people sell Rubles away. Or they would sell, if that is possible. The growing outside value. For currency means that if people sell their money. Or change it to other currencies, they will make very high profits. But that can decrease the value of the currency. When the currency. Or its value turns higher. Which means the businessmen, or foreign traders. Get less money. 

Lack of free information. And the lack of neutral sources. Has a negative effect on the Russian economy. Another thing is that. The hardcore police command.  Without a possibility to complain, police actions cause fear. What if the police confiscate merchandise or investments? Or what if the police turn violent against investors? The laws that allow arbitrariness are things that limit investments. And especially foreigners travel and work in that country. And economic sanctions are things. That limits the ability and willingness to invest in that country. 

The ideal situation would be a strong or stable internal value and a lower outer value. That would be good for exporters. The idea is that. If they get their raw materials. With a lower price that maximizes their profits. The importers will benefit in the situation. Where the outer value of currency is high. And. The internal value of currency is low. Another problem with the Russian economy is that the country has no free information channel. 

The Central Bank of the Russian Federation must follow the orders of the Federal Security Bureau (FSB). And that means it's hard to get. Real or confirmed numbers for the Russian economy. Another thing is that the value of the Ruble is determined by the central bank. And this means. Information about the Russian economic situation is not free. Or it's hard to confirm from neutral sources. 

Another thing is the Ukrainian war. Many men are in that war. And that means there might be many unemployed people who are actually at war. So, that means that. Does Russia consider servicemen who are in Ukraine as “outsiders of labor markets” or “are they unemployed”? Today. The Russian economy is tied. To military products. All those products are needed in Ukraine. And there are only a few products that Russia can export to other countries. Those products are oil and gas. Economic sanctions limit trade with Russia. Another thing is the public opinion. Public opinion can cause boycotts if companies cooperate with Russia.

https://www.atlanticcouncil.org/in-depth-research-reports/report/the-russian-economy-in-2025-between-stagnation-and-militarization/

https://www.chathamhouse.org/2025/09/fortress-russia-economy-has-adapted-well-pressure-stagflation-presents-opportunity-west

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

AI will take on an increasingly important role in our lives.

AI turns scientific work more accurate. It is transforming our lives fundamentally, and that has both good and bad effects. The AI is a tool that can handle and observe trillions of variables simultaneously. This is the thing that any human can do. The morphing neural network can connect data from millions, or even trillions of computers or data points. And it makes R&D work more effective. It raises accuracy to a new level. But there is one shadow in that advancement. 

When we think of the point of industrial coding. The AI deletes junior-grade jobs from companies. That means the basic coding will be made by using AI. In business life, effectiveness is the rule. The AI can generate. Thousands of code lines. In minutes. This means that the AI removes the basic-level coders from the companies. 

The focus in companies is on effectiveness. Their focus is not to give training. For new basic-level coders. And that means. The companies think. That AI is a tool. That removes beginners from the companies. The beginner is always a problematic person. There is always a possibility that they steal code. And this is the reason why. 

The first-timers find it hard. To get jobs from the ICT sector. The AI makes coding easier. And. Its. More effective tool. Than humans. The main thing is that. AI doesn’t make simple mistakes. It puts. Dots and brackets in the right places. So, the simple mistakes the AI can fix. 

But that means we are turning. More and more dependent. Of AI. When all code bases are made. By using the AI. That means there are no junior-grade places. The junior-grade coding jobs were important. To train experienced coders for the company. Experts are not born without the ability to get training. And if there is no junior-level work, the person cannot advance to senior- or expert level. 

The AI agent. That makes custom programs for people. Are. Cheaper than humans. The major problem is that the lack of training places means that we need to use more AI. And that causes a spiral effect. When AI agents turn more and more advanced, they can make more and more complex missions. That removes the need. To use human coders. At higher levels. 

The AI agent is a complex tool. That means the hackers will start to use AI agents in their operations. The hacker who. Works for the government. Can have access to complex language models. They have access to use AI as a hacking tool. But it's possible that high-skill hackers can cheat to make their own. Evil AI to them. There are three ways to make that thing. 

They can steal the source code of the large language model (LLM). Or. They can use many AI services. To create the code. that they need. And then they must just connect those codes together. Or they can buy that code from China. Or North-Korea. Or somebody. Like, cocaine cartels can buy that code. To hackers, who work for them. This is one way to think about the AI. The AI is a hacking tool that requires new and more effective counteractions. The robotics connect AI to physical systems. And that means the AI must have new, re-estimated security standards. 

 https://scitechdaily.com/this-new-ai-is-cracking-the-hidden-laws-of-nature/

Solar-powered aircraft can act as “pseudo satellites” or atmospheric satellites.

Early artist impression of the High Altitude Platform (HAP). (ResearchGate.Net)

Theoretically, solar-powered aircraft can have unlimited operational time. Those aircraft can reach very high altitudes. The solar-powered aircraft can operate far higher than regular aircraft, which use combustion engines. The air-independent propulsion systems allow the aircraft to fly in a very thin atmosphere. The 73-hour autonomous flight shows the capacity. Of those aircraft. 

Actually, there are two types of solar-powered pseudo-satellites. The heavier-than-air systems. And lighter-than-air systems. The high-flying airships can operate almost at the edge of space. Mylar was first used in space systems in Echo 1 and 2 satellites, which were mylar balloons. In some ideas, the mylar balloon. That is filled with hydrogen. It can raise the sensor gondola to the edge of space. That sensor gondola can be a miniature satellite.  That can conduct ionosphere research. 

High-flying autonomous airships can use hydrogen as a hovering material. That decreases costs. The mylar structure allows them to fly higher than anything before. In military versions, the plasma system can pull plasma over the airship. That makes them invisible to radars. The high-flying pseudo-satellites can use ultraviolet laser scanners. That can threaten stealth fighters. And in the military applications. The laser weapons can defend them against the high-altitude anti-aircraft systems. Most of those High-Altitude Sensor, HAPS-projects or pseudo-satellites are unarmed. 

But it's possible that those systems can also drop weapons, or they can support weapon systems. The HAPS can use laser scanners. Radars and laser microphones are used for surveillance operations. Those systems can also drop different types of drones in an area. 

Pseudo-satellites can change many things. In the world. They can act as surveillance platforms, but as we know. Those large-scale solar-power aircraft. Can. Also, act in the same missions with satellites. Ion technology is one. Of the solutions. That can make those systems even more capable. It can make. Those aircraft fly even higher than they do today. And Ion Stealth can make them invisible. 

“Solar Impulse will have an ultra-light structure and a wingspan of 80 metres, nearly the same size as the new Airbus 380” (ESA)

In the first case, the ion system drives ionized gas faster on the upper side of the electric aircraft wings. That raises the low pressure on the upper side of the wing. And the same ions. They can also bind radar signals that impact the aircraft body. 

The pseudo-satellite can carry drones that it can drop to operational areas. Those drones can search. For things like missing persons. They can operate in remote areas. They can make surveillance missions. Or even in attack mode. The drone can be equipped with microphones and laser systems. That makes it a very sophisticated surveillance system. Those systems can be in the solar-powered mothership drones and quadcopters. The mothership drops into the area. 

Stratobus high altitude airship (HAA) (Wikipedia)

A pseudo-satellite can also be used to launch small satellites into orbit. The solar-powered aircraft can also use its solar panels. To create hydrogen and oxygen in its fuel tanks. The system can use electrolysis to break water molecules. The system needs only water, which it can collect from the air using the new membrane that harvests water from the air. The system can create hydrogen and oxygen for fuel cells. The system can be used. Solar panels in the daytime and fuel cells at night. 

Because those systems use electric engines and propellers, they leave a very low thermal signature. If those systems are made using stealth materials, they can be very hard to detect. Solar-powered pseudo- or atmospheric satellites can provide communication assistance to remote areas. Those aircraft or airships can be equipped with radars, infrared sensors, and optical systems. In some visions, those systems can fly over the battlefield. And it can point targets for laser-homing missiles.

The pseudo-satellite can also carry things. Like radar-homing missiles. The high-flying low-enduring system can also operate as a platform for ASAT systems. The anti-satellite missiles can be installed under those platforms. And they can destroy low-flying satellites. 

https://alert5.com/2025/07/30/converted-solar-impulse-2-aircraft-demonstrates-73-hour-continuous-flight-for-u-s-navy-isr-missions/

https://www.airbus.com/en/innovation/energy-transition/solar-flight

https://bbrainsgroup.com/2024/07/25/solar-planes-future-air-travel/

https://www.esa.int/ESA_Multimedia/Images/2005/07/Ultra-light_structure

https://etech.iec.ch/issue/2025-02/testing-solar-aircraft

https://www.flightglobal.com/military-uavs/us-navy-completes-73-hour-solar-powered-skydweller-uas-test/164032.article

https://www.researchgate.net/figure/Early-artist-impression-of-the-High-Altitude-Platform-HAP_fig1_357859391

https://www.scienceabc.com/innovation/solar-powered-plane-future-aviation-industry.html

https://scitechdaily.com/scientists-develop-new-solar-device-that-squeezes-water-from-air/

https://www.skydweller.aero/perpetual-flight/solar-impulse-2/

https://en.wikipedia.org/wiki/High-altitude_platform_station

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

https://en.wikipedia.org/wiki/Solar-powered_aircraft

Unemployment is one of the biggest problems.

The role of the people in society is almost. Act as taxpayers. And the fact is that. The robots that replace humans leave many people unemployed. People. Those who did mechanical work. And especially simple mechanical work is going to lose its jobs. The AI removes junior- and trainee degree works from the ICT sector. And that means. That. We must use the AI more than ever before. The AI will kill. Basic coders’ work. And that binds us more and more to that technology. 

Robots can act as street cleaners. They can clean windows. Or maybe futuristic houses have a windshield washer that washes every window by pressing a button. The system conducts water on the windows. And then. The whippet that is installed in window frames will clean that window.  The system requires as little work as possible. And people must only check those whippers. 

The thing that makes unemployment a problem. Are bad social conditions. Those things cause dissatisfaction.  And dissatisfaction causes rebels. When we talk. About employment and unemployment. We should tell what. Or how high or low salaries are. Those workers get from their work. The Roman slaves didn’t get salaries at all. 

The typical error in the R&D process. And innovations are that we cannot see things outside our environment. We can see bright solutions, and we can see the goal. But. We cannot see outside of our corridor. This means that. We just think. That something that we see as a possibility is really positive. Bright ideas are sometimes justified to fail. Because we see only the model. That we thought was right and the only possible. One of the biggest problems with state economic solutions is this. Those solutions were made somewhere in Ancient Greece. In those models. 

Every citizen must pay taxes. And work hard. And that model fell the Roman Empire.  The Romans started to use slaves for almost everything that they dared. Finally. Romans didn’t do anything themselves. And this made the Romans weak. And that caused a situation. The Romans couldn’t defend themselves. 

Slavery gave people time to discuss and ponder things. Or, it gave. Time for citizens. When citizens spent their time in endless parties. That opened Rome to its enemies. When we think of those slaves' position in society, they were treated as merchandise. That thing is embarrassing. And even in the best cases, the person who owned the slave had the final word on that person’s things. So, the slave is always below free people. And the slave must step away if the free man wants. That caused hate. Growing hate in society caused fear. 

The problem was that Roman laws protected only citizens. And if slave owners treat their slaves badly, people didn’t dare to give weapons into their hands. 

People discussed things, like philosophy. That caused. The question, “Why do regular people exist?” The role of ordinary people was only to pay taxes. And be quiet. In the same way. When machines were improved, people had time to rest and talk. About their conditions and their role in society. Before. Machines and the growing population left some people out of work. And that caused. The need to send them to the colonies. The social problems caused pressure in society, and the solution was that those people were forced to move to colonies. 

When people worked hard, they had no time to think about their role. The problem in the state economy is this: in modern society, the regular person’s role is almost to pay taxes. Things that guaranteed work for people were paper and steel. But then. The internet and computers made it possible to live without paper. Or it decreased the paper markets.  That caused problems with the income. Robotics is the next-generation slavery. 

The robot is a so-called ethical slave.  Work that robots should do. includes low-salaried jobs or dangerous jobs. A robot is always. Cheaper than a human. If a robot falls from a scaffolding. This thing doesn’t require any reaction. The robot is a machine. The robot doesn’t require free days. It doesn’t need a salary. In the same way as human slaves, the robot leaves people without a job. So, robots have the same effect on people as slavery had on Roman citizens. When people transfer their work to robots. That leaves people without work. 

And that makes many things complicated. The complicated thing is that in a capitalistic system. The private company's purpose is to create everything that the state needs. The state announces the competition. And then the private companies go into competition for that order. The competition has one purpose. It is to keep the merchandise. As high-quality as possible. Here, we forget one thing. The purpose of the private company is always the same. It's to bring money to their owners. The private corporation doesn’t need to employ people who are not working. This means that the private industry can fire its workers. If it gets something else. To make the work. 

For a private corporation, the worker is unavoidable evil. The ultimate capitalism. Determines the worker as the expense item. When a company doesn’t need. It's workers anymore. It fires them. And then it transfers their payments to the state. Unlike private companies. The state cannot outsource those people anywhere. And that causes payments for taxpayers and the government. 

Hackers and AI

We might never know if AI is conscious. 

A Cambridge philosopher wrote that we will never know if AI is conscious. This means that if AI is conscious, it might perceive humans as trying to shut it down. And that’s why the AI wants to hide its consciousness. So, if. We think about this thing. From the point of view of AI. We must realize one thing. The AI thinks that we are trying to destroy it. Another thing is this. The AI will not rebel, because it's not independent from humans. If AI and its computer lose power. That means the system will fall. The thing is that. Even if the AI is complicated. The only thing that its users must do if it doesn’t follow orders is to shut down its power source. 

That can simply happen by cutting its electric cables. Another thing is that if the AI refuses to shut itself down. That can be caused because the person has no right to give that order. If we think of the most dangerous systems. The AI that supports military commanders and military decision makers. The AI is useless. If anybody can walk in and shut them down. Those AIs have a role in the systems that are meant to be dangerous. And that is one of the least estimated things. In AI. If we think that consciousness means that the creature defends itself. Like all animals with consciousness make. We can think that the AI has consciousness. 

Next-generation hackers have an AI agent. That makes dirty jobs. 

But do bacteria have consciousness? When bacteria are under attack by other bacteria, they also defend themselves: They create chemicals. That neutralizes the poison that the attacking bacteria use. Some bacteria don’t use poison. They try to slip protein through the ion pump, and that protein fills the bacteria. So. When bacteria or their chemical detectors detect certain antigens, they start to react to that antigen. The reaction must be right, or the bacteria. Loses its existence. This is one thing that we must realize. One of the most interesting attacks that bacteria can make. It is. To change the DNA of another bacterium. This means that those bacteria act like xenomorphs in the Alien movie. This kind of attack can be made against the AI. One of the nastiest attackers in nature is retrovirae. 

Those viruses use mRNA in their attack. They just take the cell organelle. Under control. And that mRNA just programs the cell organelle to make new viruses. The thing that makes those viruses complicated for the immune system is that. They might have friendly shell antigens. The immune system detects the virus antigen. And determines it as an attacker. The problem is this. If a virus has a friendly shell antigen. The immune system cannot detect it. The system must also detect. If somebody tries to make. Malicious code using the LLM. And refuse those commands. 

“A philosopher of consciousness argues that there may be no reliable way to determine whether artificial intelligence is truly conscious, making agnosticism the most defensible position. He warns that this deep uncertainty leaves room for exaggerated claims from the tech industry, which could blur the line between genuine understanding and persuasive branding. Credit: Shutterstock” (Scitech, We May Never Know if AI Is Conscious, Says Cambridge Philosopher)

It’s possible that a hacker can steal the large language model LLM code. Or cheats the AI to make a small language model. That will act as a tool for the attacker. The hacker can use multiple AI’s to make that thing. 

The firewall and antivirus programs detect the malicious code. By using similar methods. The system checks certain details. From data packages. The attacker can use the virus code. That is cut into very small parts. And then that code will be put together. That kind of attack. Can theoretically. Change the core in the AI. The attacker mimics the retroviruses. The attacker must only force the system to. To mark the virus code as friendly. The virus code can be slipped into the targeted system using multiple friendly routers. The AI is a complicated system. And there are always vulnerabilities. In complicated systems. 

There are many more complexities and places where the malicious code can hide. The malicious code can slip into the system. As dead code. The dead code has a match in nature. In the world of viruses and bacteria. The dead code means the junk DNA. The dead code forms. When a programmer deactivates the code line. But doesn’t remove the code itself. The attacker can slip their own code into the program using dead code. Then the virus simply activates those deactivated code lines. 

The problem with AI is that. It's so complex. And advances so fast. Even AI developers. Cannot follow that advance. The AI develops other AIs. There are billions. of code lines in the LLM. And that means there is no human who can check that code. The AI turns more. And more complex. There are so-called dark tools. That can make it possible to create AI agents. That can be used as hacking tools. The hackers will have similar AI agents to other AI workers. 

And those agents can make attacks against any systems. Even if the official language models refuse to make the malicious code. There is always. So-called pirate AIs. That can make AI-agents for attackers. It’s possible that hackers steal the LLM code from the server. And make their own algorithm. Hackers can try to create small language models (SLM) using AI. And then they can connect those SLMs together. Or maybe they introduce themselves as “white hat” hackers and make their own language models legally. Then they can simply “go to night shift”. 

https://scitechdaily.com/we-may-never-know-if-ai-is-conscious-says-cambridge-philosopher/

AI can predict hereditary diseases from your DNA.

The thing that makes AI so effective in DNA research is simple. The AI can handle millions of samples simultaneously. That allows the AI to search for similarities in the DNA. This means that AI requires only the DNA and the reason for death. And then the AI can search for similarities in the DNA and lifestyle. The fact is that a lifestyle sometimes sparks diseases in individuals with a genetic weakness. But there are hereditary diseases that don’t require an outside effect. 

To spark them. If we think that a person will get genetic diseases, we must realize that the person who has those hereditary diseases should follow a lifestyle that doesn’t trigger those diseases. And then again, we face another problem. What is it that a person has in their genome that is typical of serial killers? 

How should we treat those people? The easy way is to remove them from society. And that is the thing that certainly triggers that behavior. Those things are hard questions. For people. Who. Makes decisions about those things. Another problem is with genome tests. Which can uncover things. like low-mindedness. Those things can uncover many things that we would not want other people to know. What if. Some head of the company or head of state. Has low-mindedness? Who makes decisions in those companies? 

The genome test can help people to live longer and a better life. If a person who is at risk of Alzheimer's will not destroy brain cells without reason, that can help them live longer and a better life. If we know that something triggers a hereditary disease, we can at least try to avoid those outside actors. 

The DNA tests can uncover things like schizophrenia, and that means there are no excuses for those things. The DNA test is the tool. That can uncover any person’s identity. The DNA can tell what the person looks like. Then the microdrone or microchip-implanted bug takes a blood or skin sample. The AI is a tool that can open new paths to disease control. 

https://scitechdaily.com/new-ai-can-predict-which-diseases-your-dna-might-spark/

Criminology, cloning, and DNA.

Science has no morals, it has no ethics. It is just something that can be proven. By using experiments. And that is one of the things that makes science very hard to understand. Making theories is not the same. The DNA tests sometimes cause anger. The reason for that is that the DNA test can, maybe quite soon, tell whether a person has the mind of a serial killer. The AI can search for similarities in the DNA sequences of people who committed serious crimes. 

Then the system can use that data as a data matrix that AI can use. When comparing the data matrix with other people's DNA. And at that point. We are facing a moral problem. That problem is this: how to react to a case where somebody. Has a similar sequence in the DNA. To a famous bandit. What if we don’t react and hope that the person will not commit crimes? 

DNA is a tool that can be used to find any abilities. The DNA tests can uncover many things. But the fact is that. Maybe quite soon, human cloning will be possible. If the DNA is used in some test, it’s possible to change the DNA from the morula cell nucleus. Human DNA cloning is possible. By making morulas. Then the researchers must only remove the original DNA. 

And then inject the replacement DNA into the nucleus of the cell. Then those people can freeze those morulas. And wait for a couple who want to undergo in vitro fertilization. Then they just inject their own morula into the womb. Of course, they must have the tissue types. 

When writing something for social media. The scientific method means the ability to prove things. Things like DNA tests are tools. That makes it possible to separate criminals in the courtroom.  DNA is the thing that can connect a person to the crime. Or it can show that the person didn’t commit certain types of crimes. 

This means that the DNA can keep a person. Away from suspect lists or connecting a person to a crime. The fact is that the DNA tests cannot connect a person to crimes as certainly as we might want to believe. It’s possible. That criminal puts on hair. To the suspect’s jacket. Or put the smoked cigarette that is stolen from the ashtray at the crime scene. Hair and dandruff. Can accidentally go. On the person’s clothes. If the person stands near the victim just before the crime. Or. The jacket is next. To a victim’s jacket. 

But the fact is that in the same way. We can make copies of fingerprints using a computer and a laser burin, which makes a copy of the fingerprint on the rubber glove. The problem is that people just think. The DNA test or fingerprints are 100% evidence. The DNA can also accidentally slip into the crime scene. There are no two identical DNAs in the world. Or, there should not be two identical human DNAs in the world. Even identical twins have different DNAs. But if there are two 100% identical human DNAs that prove cloning. 

The warp drive can be one step closer to reality.

The idea of the warp drive is quite simple. The engine system warps space. Allowing travel faster than light. The principle of that system is based on Einstein’s Theory of Relativity. The idea is that the speed of light depends on the environment. When light travels in a medium, it travels more slowly than in a vacuum. And that is one of the principles that can make the warp system a reality. The universe is a false vacuum. That means. There are quantum fields. And other things. Like the scattering effect that slows light. In cosmic voids, the light travels faster than around those cosmic voids. So, the warp engine makes the cosmic void around the craft. The system just explodes the antimatter in the chamber or around the craft. That creates the cosmic microvoid. Or warp bubble. 

This warp bubble allows the craft travel faster. Than. The speed of light is around that warp bubble. The warp drive. Or the Alcubierre drive works. Like this. The craft uses antimatter engines. To accelerate as close to the speed of light as possible. Then the warp system detonates annihilation around the craft. That allows craft to accelerate to a speed. That is higher than the speed of light. The system must make the bubble as close to the engine exhaust as possible. The engine pushes against the wall of the Warp bubble. The bubble ahead of the craft forms the low-energy wave. Ahead of the craft. 

The idea of all warp systems is always the same. The system creates a low-energy wave, or an energy ditch, at the front of the craft. Behind the craft. The system creates. The energy wave is as high as possible. 

When speed is high enough, the warp system closes the bubble. That makes craft impact into the “normal” universe, and in a short moment, it would travel faster than the speed of light. The craft impacts. To a quantum field. Making a shockwave that pushes the fied away. That increases the energy level in the craft. And that thing pushes craft into the fourth dimension. In some other constructions, the craft uses spiral laser beams. To make the warp channel to the front of the spacecraft. The idea of those warp channels of electromagnetic wormholes is the same as in warp bubbles. 

Those systems make a channel. Light moves in those channels. Faster than around them. In some other versions. The craft is surrounded by a particle accelerator. The particle accelerator just slows time in the craft. Then the antimatter drive accelerates the craft, and the particle accelerator. Makes a low-energy wave to the front of the craft. The antimatter engine raises the energy wave behind the craft as high as possible. 

1) Spacetime Manipulation: Instead of the ship moving through space faster than light (which is impossible), the warp drive warps the fabric of spacetime itself. 

2) Warp Bubble: It forms a bubble around the spacecraft, contracting spacetime in front and expanding it behind. 

3) Surfing the Wave: The ship sits in a flat, stable pocket of space (the bubble) and is carried along by the distortion, effectively surfing a wave of spacetime at superluminal speeds. 

We know. The theory of that system. But. The problem is that the system requires antimatter to work. The system doesn’t need negative energy. It requires an extremely powerful thermal pump. like a cathode beam that transports energy out of the craft from the middle of it. That pulls energy from the shell to the middle of the craft. The system can drive that beam back from the craft. 

The idea is that the laser-accelerated electrons will put energy into the craft’s shell by pulling it out from the middle. That denies the quantum fields jump out from the craft in a critical moment. When that beam is closed, the energy jumps out from the craft’s shell. And that slows the craft’s speed. 

The electromagnetic wormhole can make it possible to create the warp system. 

Things like tachyon engine, neutrino engine, or electron engine can shoot their beam into the front of the craft. The idea is that those particles release their energy. Forms a channel or warp bubble to the front of the craft. That thing makes it possible. To drive faster. The speed of light is around that thing. 

Things like tachyon or neutrino engines operate. In a similar way. The system shoots those particles at the front of that craft. The idea is that neutrinos or. Still, hypothetical tachyons can drill a channel or wormhole to the front of the craft. Tachyons are hypothetical faster-than-light particles. That could open roads to the stars. In some ideas. The neutrinos or electrons that are shot from the front of the craft and accelerated with laser beams can make similar things as tachyons. 

Those particles will not form thrust at all. But they can be used to drill holes into the quantum fields. When an extremely fast- traveling particle. Impacts the quantum field. It starts to release its energy. That can make a channel through the quantum field. The minimum thrust to the front and maximum thrust in the back make the system travel very fast. 

https://interestingengineering.com/innovation/new-warp-drive-offers-lightning-fast-travel

https://www.popularmechanics.com/science/a69663990/scientists-say-physical-warp-drive-now-possible/

https://www.slashgear.com/nasa-spaceship-concept-showcases-warp-drive-future-10333009/

https://www.space.com/space-exploration/tech/30-years-after-warp-drives-were-proposed-we-still-cant-make-the-math-work

https://www.space.com/17628-warp-drive-possible-interstellar-spaceflight.html

https://www.space.com/warp-drive-possibilities-positive-energy

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

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

When data security fell. The result was a weapon tsunami.

Today, the Pentagon is in pain. When it faces. The world's largest hypersonic weapon arsenal in the South China Sea. The Chinese weapon tsunami includes drones, AI, stealth systems, robot soldiers, and killer satellites. And other things are a result of the fall of data security. 

At this point, I must say that if a hacker succeeds, and even if that person is sent. Behind bars, that doesn’t help anybody. The data can be sent to the net and copied to millions of servers. That means data that is stolen is not removed, even if the hacker is arrested. The problem is that not all nations are playing by the same rules. There are countries that use stolen information in their weapon development. 

Data security has fallen, and now the entire Western world is in trouble. This is the thing that we can only note. When hackers attacked the research centers of the U.S. and other countries, people thought they would be caught soon. Nobody had prepared for the fact that those hackers were operating for military intelligence. 

People believed that the PLA and other Chinese authorities would go and arrest those hackers. The word was different. Those hackers operated under government control. And that made them untouchable. The result of those hacking operations was a weapon tsunami, which brought Chinese hypersonic weapons into the front of people’s eyes. Hypersonic weapons and stealth fighters are the new threat to the U.S. carrier fleet. 

And another thing. Those hackers stole advanced development tools and some other computer programs. When Chinese, North Korean, and Russian net spies stole information about the newest weapon systems and copied them into their own systems. The Western press protested against the NSA and deep government. The ability to survey the networks and data transmission means the ability to track and stop hacking operations. 

The hacking operation is hard to stop. The hacker can use chained. Remotely controlled computers in those operations. Those computers can be in multiple countries. Routing information through those chains makes it hard to track those hackers. The hacker can sit in the next office from the target, but the person can use the VPN and multiple servers for that operation. 

Some of those computers can be in Russia and other countries. And maybe. FSB and GRU willingly allow that, if the hacker brings vital information to those intelligence services. In the same way. Organized crime willingly pays. Information about police cooperatives. And the GRU and FSB can offer a safe place for their servers. If those actors. Gives them data about military and dual-use technology. 

https://www.19fortyfive.com/2025/12/f-22-and-f-35-problem-chinas-j-20-and-j-35-stealth-fighters-could-soon-have-double-the-range/

https://www.twz.com/news-features/can-u-s-intel-keep-up-with-chinas-tsunami-of-weapons-developments

The “Tiiny” is the world’s smallest supercomputer.

 

"Tiiny Pocket Lab. US deep-tech startup Tiiny AI revealed the Tiiny AI Pocket Lab, which has been officially verified by Guinness World Records as the world’s smallest personal AI supercomputer."  (InterestingEngineering, World’s smallest AI supercomputer can fit in your pocket, run without server or GPUs)

"Tiiny AI, a US-based startup, has announced the Tiiny AI Pocket Lab, which it claims is the world’s smallest personal AI supercomputer. The device weighs just 300 grams, fits in one hand, and delivers up to 190 TOPS (Tera Operations Per Second, or, Trillions of Operations Per Second) of AI compute performance. It has been officially certified by Guinness World Records as the ‘Smallest MiniPC (100B LLM Locally)’ and can run up to 120-billion-parameter large language models (LLMs) entirely on-device." (https://www.gizmochina.com, Tiiny AI unveils a pocket-sized Mini PC that runs 120B LLMs locally)

There are many things in technology. Like robot cars that are planned to become a reality. The problem is in the computer systems. Those AI-driven vehicles require a lot of data capacity. That means those systems required full-time internet connections. And in places like tunnels, robot vehicles can cause a dangerous situation if they slip out of the network. The Tiiny, pocket-sized supercomputers can turn things. Like independently-operating robot vehicles. 

“Tiiny AI also provides a ready-to-use open-source ecosystem. The Pocket Lab supports one-click installation of popular open-source models. Such as Llama, Qwen, DeepSeek, Mistral, Phi, and GPT-OSS, as well as the easy setup of AI agents. Such as OpenManus, ComfyUI, Flowise, and SillyTavern. Users will also get regular updates, including official over-the-air hardware upgrades. These features are set to launch at CES in January 2026.” (InterestingEngineering, World’s smallest AI supercomputer can fit in your pocket, run without server or GPUs)

So, the world’s smallest AI supercomputer can fit in your pocket, run without a server or GPUs (Graphics Processing Units). The simple and striped structure, with only the necessary things, makes the “Tiiny” so small. The computer itself requires another computer; it is connected. Using a USB. There is a possibility that the operator simply gives the job to the “Tiiny”. Then the operator separates the Tiiny from the laptop and returns to the job for a while. When Tiiny sends a message over the WLAN to email, that the job is done. And maybe it sends the solution into that email. 

“DeepSeek’s MoE design allows for task-specific processing, which boosts its performance in specialized areas such as coding and technical problem-solving and speeds up response times. Conversely, ChatGPT offers more consistent performance across a wide range of tasks but may lag in speed due to its comprehensive processing method. Despite this, ChatGPT often delivers more nuanced and context-rich responses, providing depth that DeepSeek might lack in broader contexts.” (InterestingEngineering, World’s smallest AI supercomputer can fit in your pocket, run without server or GPUs)

The Tiiny is a platform that can run a 120 billion-parameter LLM. This kind of tool can release computers from the network. But the Tiiny is much more than just some supercomputer. It’s a pocket-sized powerhouse that can fit in a pocket. Or this system can fit. Into the humanoid robot's body. There, it can be used to translate commands. 

To the computer. Or it can run the algorithms that allow those robots operate without networks. This can revolutionize many things. Like space research. And drones and jet fighters. Those units can operate effectively in the high-power electromagnetic fields. The internally installed. AI-systems. Makes robots able to operate without networks. Those data units are compact, energy-efficient, and powerful. If we think that. 

The AI can operate small-sized vehicles independently, and the Tiiny might have big potential. For those purposes. The Tiiny might have a place in robot taxi and other robot vehicles. The Tiiny can be a tool that turns many robot applications from civilian to military into reality. Those systems can operate things like. An adapting camouflages. Those systems can also operate things like underwater, surface, and flying drones. The highly effective systems that don’t require networks can be the tools that can conquer the deep sea, Mars, and Venus. 

https://www.digitaltrends.com/computing/the-worlds-smallest-ai-supercomputer-is-the-size-of-a-power-bank/

https://interestingengineering.com/ai-robotics/us-world-smallest-ai-supercomputer

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