The Arc Orbitals supply capsule can be a modular tool.

Above: The Arc Orbitals capsule. 

Arc Orbital’s capsule can deliver supplies all over the world in less than an hour. Such space capsules can have multiple uses in both civil and military applications. The small capsule can transport supplies to researchers operating in remote locations. Those capsules can also deliver supplies. For military personnel who operate over long distances. But those capsules can also be used as kamikaze drones for super- and hypersonic areas. They can involve nuclear weapons, which are detonated in the precise right position. 

Or they can deliver satellite-guided drones. To operational areas. And that’s why those capsules can be something we don’t see before. The AI-controlled drone doesn’t need communication between the ground station and itself. Those systems can operate independently even if their data connections are cut. The drones that those systems can deliver. Can operate both underwater and airborne. 

In the most exotic models, the system can transport miniature submarines, or autonomous undersea vehicles (UUV), using the rockets. The small-sized UUV can operate in reconnaissance roles. The UUV can travel to the beach and then deliver airborne drones from its cargo bay. 

“Unmanned underwater vehicles (UUV), also known as underwater drones, or unmanned submarines, are submersible vehicles that can operate underwater without a human occupant, either remotely operated underwater vehicles (ROUVs) or autonomous underwater vehicles (AUVs). (Wikipedia, Unmanned underwater vehicle)

Above: The "Orca". 

In some versions, the AUVs like “Orcas” or Russian Status-6 “Poseidon”  can be equipped with wings that stabilize their flight. The system requires the heat shield. When that AI-controlled AUV robot touches water. It can either pull its wings inside. Or remove them. After that, the system operates like a regular submarine. The length of those large AUVs is about 15-30 meters. They can use the RTG system to operate their electric engines. And those systems can be delivered from the air. That makes their strikes very hard to detect. And their strikes are hard to predict. The Russian and Chinese versions also exist. Those unmanned, large-sized drones can carry large nuclear weapons like the Russian Status-6. 

This makes those capsules capable of operating in many roles. As we know. Only imagination limits innovations. And the new types of systems are far more advanced and effective than ever before. The capsule itself can be modified into a spacecraft. That can transport humans or robots. The robot that this kind of system can transport can be a human-shaped Terminator-style metal machine that can cooperate with quadcopters. Those quadcopters can search for interesting objects and then transport those man-shaped robots to those points. Like in some remote waterfalls. Or the roofs of the building. 

In some very imaginative solutions, the miniature submarine can be delivered through the orbiter to the places. There are other submarines in trouble. Or the danger that a nuclear warhead falls into the wrong hands, like in cases of accidents. Of B-52 bombers. In those cases, the miniature submarine or robot can be sent to the crash landing zone to return those nuclear weapons. The miniature submarine can be the size of a lorry.

Or maybe a bus might be delivered to that area using rockets. Those unmanned undersea vehicles (UUV) can also make reconnaissance or kamikaze missions. There is a possibility that the nuclear torpedo. With Radioisotope Thermoelectric Generator-based propulsion systems. It can be delivered to the oceans. In the worst case, the Status-6 system could be shot through orbit to the operational area. That makes it harder to predict that system’s location. That makes those highly advanced undersea systems locations hard to predict. The small automated submarine can also operate with conventional torpedoes. Those systems can be used to ambush larger submarines. The orbital systems are very effective for all purposes. 

https://www.boeing.com/defense/xluuv#overview

https://www.twz.com/space/arc-orbital-supply-capsule-aims-to-put-military-supplies-anywhere-on-earth-within-an-hour

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

https://en.wikipedia.org/wiki/Orca_(AUV)

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

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

https://en.wikipedia.org/wiki/Status-6_Oceanic_Multipurpose_System

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

Museum of visual arts, Lahti

 

Next step to quantum technology.

“Scientists from the University of Technology Sydney have demonstrated that quantum signals can be transmitted upward from Earth to satellites (Artist’s concept). Credit: SciTechDaily.com” (ScitechDaily, Thought to Be Impossible: Scientists Show Quantum Light Could Be Beamed Up to Space)

Researchers send quantum light to space. And that can open the path. To the new types of secured satellite communication. Another thing is that quantum light can also make it possible to create a wireless quantum network. This can make communication more secure. The secured communication means that outsiders cannot eavesdrop. Those systems. And that makes it possible. To create wireless communication. That can be used to control things in orbit. The system can transmit information to the relay station. That spreads it into all kinds of systems that can communicate with that relay station. The term quantum light describes light as photons. Quanta of energy. This means the system can benefit one or more. Those things are used to transmit information. 

And the wave-particle nature of light. Quantum light information can travel in the chain of superpositioned and entangled photon lines. Quantum light can also mean. A mixture of the laser beams. Those laser beams are entangled internally, and the light that seems white involves thousands of coherent light beams. This is one version of the quantum light. The ability to send quantum light to space means the possibility of communicating. With satellites. More secure. As I wrote earlier. The quantum light can also operate. As a thermal pump. That decreases the temperature in some structure. 

But this technological success requires that the light.  Or photons can sustain information. That is stored in them. If that is possible someday. That is the greatest possible advance in wireless communication. As we know, quantum is much more than just quantum computing. Its materials, communication, and many other things. It's the system that can control energy flows. 

Meissner effect or superconducting levitation. 

"Josephson junction structures—quantum devices made of two superconductors and a thin non-superconducting barrier—using different forms of germanium (Ge): super-Ge (in gold), semiconducting Ge (in blue), and super-Ge on wafer-level scale. Millions of Josephson junction pixels (10 micrometer square) can be created with this new material stack on wafer scale. Inset shows crystalline form of Super-Ge on the same matrix of semiconductor Ge, a key for crystalline Josephson junction. Credit: Patrick Strohbeen/NYU" (ScitechDaily, What Happens When a Semiconductor Becomes a Superconductor?)

A large number of superconducting cylinders can levitate even large structures. The Meissner effect can make it possible to create a new and revolutionary transportation system. 

"At the low temperatures required in quantum devices, strontium titanate crystals (purple atom and bipyramids) let electric fields sculpt light fields (blue) orders of magnitude better than any other material. Credit: Second Bay Studios" (ScitechDaily, “We Made the World’s Best Material” – How a Diamond Substitute Could Revolutionize Quantum Computing)

Nanodiamonds can also make it possible to create a system. That creates the pressure. Waves that make silent levitation possible. 

"Physicists use a new platform to measure magic-angle graphene’s superconducting gap. The method involves “tunneling” electrons between two layers of magic-angle twisted tri-layer graphene (in yellow) while measuring the material’s superconducting state. The team’s experiments are the first to show clear evidence that MATTG is an unconventional superconductor. Credit: Pablo Jarillo-Herrero, et al." (ScitechDaily, MIT’s Magic-Angle Graphene Just Changed Superconductivity)

The trilayer graphene can make it possible to adjust the superconductivity of high-temperature superconductors. The system can increase and decrease pressure around the superconductor. And that can adjust superconductivity in the superconducting layer.  

Today. That levitation can be possible as long as there is liquid nitrogen and iron powder. But making those systems real. The system requires the superconducting magnets. There is a possibility. To put the system on hold. Using the ultra-cold iron powder and the liquid nitrogen. That keeps magnets at a low temperature. The system could also inject that liquid nitrogen under the vehicle. But those systems are far from operational systems. 

Superconductors are one of the quantum states of matter. There are two ways. To make superconducting supercomputers. In the first model, the entire system is superconducting. In the second model, only the wires are superconducting. One of the most fascinating possibilities is the semiconductors. That can switch between semiconducting and insulating materials. The electron flipper in the materials can transport energy out of the system. In the direction where the controller wants. The electron pinball transports energy out from the thermal centers. 

Things like superconductors can revolutionize computing. Transportation. And many other things. Superconducting levitation is one of the things. That can be used in the next generation of transportation systems. The ability to control the superconductors by switching the superconductor on and off. It can make it possible to create the hovering vehicles that are even more exciting than some quadcopters. 

If we think of the empire’s speeder bikes and scout vehicles in the Star Wars movies, the superconductor that can work in high temperatures can make that system possible. Superconducting systems can make it possible to replace the quadcopter rotors. By using the superconducting magnets. Maybe. That system could also. Make the wingless aircraft. With ultimate vertical take-off and landing capacity (VTOL).  Along with ultimate stealth capacity.  

The superconductor can make the system levitate. And the small jet engine. Can make those systems fly at high speed. It is also possible that the famous “Black Triangle”  vehicles can be used for their silent levitation. The superconductors are used to levitate. In the levitation systems, the superconductor. That is in the vehicle itself. It can make it possible to create new types of transportation vehicles. 

The magic angle graphene and other 2D materials can transport heat out of the structure without standing waves. Laboratory-grown diamonds can make the new types of coolers possible. Those systems can hang artificial nanodiamonds between graphene layers and then conduct airflow between those layers. The artificial diamond can be used. To pump energy out of graphene. This kind of system can make the dream of compact, high-temperature superconductors. Into reality. But before the room-temperature superconductors, those systems were only a dream. Those materials can also make it possible to create the ultimate-fast aircraft and shields that can protect systems against mechanical and laser impacts. 

https://www.researchgate.net/figure/Passive-magnetic-levitation-Levitating-permanent-magnet-above-an-YBCO-superconductor_fig2_335995569

https://scitechdaily.com/mits-magic-angle-graphene-just-changed-superconductivity/

https://scitechdaily.com/physicists-discover-bizarre-quantum-pinball-state-of-matter/

https://scitechdaily.com/thought-to-be-impossible-scientists-show-quantum-light-could-be-beamed-up-to-space/

https://scitechdaily.com/what-happens-when-a-semiconductor-becomes-a-superconductor/

https://scitechdaily.com/we-made-the-worlds-best-material-how-a-diamond-substitute-could-revolutionize-quantum-computing/

The problem with mirror life.

"Mirror life presents serious dangers, primarily due to its potential to interact unpredictably with the natural world. Without natural checks like predators or antibiotics, mirror organisms could replicate uncontrollably, creating risks that scientists are only beginning to understand. Credit: SciTechDaily.com" (ScitechDaily, “Mirror Bacteria” Warning: A New Kind of Life Could Pose a Global Threat)

When we think about artificial life, and especially mirror life. We must say. This technology. It can save billions of lives. But otherwise, those kinds of organisms could be hostile to their mirror forms. The shape of the mirror-life is like a form of a vampire. In movies, vampires look cute. But then. They show their real nature. The mirror-organisms are created for something. They look like original organisms. But they are AI-generated mirror-organisms. The purpose is to control things like hospital bacteria. 

Mirror-life is the artificial life created by AI. And genologists. The idea is to produce a so-called cannibal organism that kills other harmful organisms. The idea is to benefit bacterial genome transfer. When bacteria exchange genomes or some proteins. Those things come the wrong way in other bacteria's ion pumps, and that can destroy targeted bacteria. The problem with mirror-life is that. This life will look like regular life. 

The purpose of mirror-life is to produce antibiotics and cytostatics that should affect dangerous infections and cancer. Mirror-life is a fascinating tool. But when researchers create those mirror-organisms. There is a possibility that they will create. Something that they cannot control. 

Basically. The idea of mirror-life is to produce an organism that programs other organisms to die when they exchange DNA. In that case, the mirror bacteria send the DNA sequence that orders the receiving bacteria to die. But if the death code of cells is universal, then bacteria can make the most horrifying things that we can imagine real. The question is, what if that bacteria sends that DNA into cells that are not meant to be destroyed? 

But we know that mirror-life will turn. More and more complicated. Mirror-bacteria also advance in nature. The biggest problem is genetic engineering. Allows the creation of more complicated lifeforms. And if those lifeforms are released into the forest. That can cause dangerous situations. The thing is that. Bacteria can transport genomes. To another bacterium. And during that process, those bacteria can face their mirror bacteria opponents. The mirror-life can destroy natural organisms and damage the ecosystem. 

https://www.sciencealert.com/mirror-life-is-a-dangerous-scientific-vision-heres-why

https://scitechdaily.com/mirror-bacteria-warning-a-new-kind-of-life-could-pose-a-global-threat/

https://www.smithsonianmag.com/smart-news/scientists-weigh-the-risks-of-mirror-life-synthetic-molecules-with-a-reverse-version-of-lifes-building-blocks-180987360/

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

Ultimate neoliberalism: the economics that causes a mess.

Neoliberalism is an economic doctrine characterized by minimal state control. The main role in economics is in the private sector. That decreases the need for heavy governmental organizations. And this should decrease taxes. And make the economic field more effective. Neoliberalism removes the ineffective and unnecessary parts of the government. Or, transfers those actions into private corporations that pay taxes. To keep the government running. In the ultimate neoliberal doctrine, the government has only five roles: justice system, police, rescue services, and military. The fifth role is the base education. Other. Than a base education, would be things. People should pay for themselves. This model causes criticism. The criticism claims. Higher education. Accumulates in the hands of the same people who operate and own large-scale businesses. This accumulates justice and other kinds of offices into the hands. Those who own large-scale business empires. 

Neoliberalism emphasizes the freedom in marketing, and that means the government and state are as small as possible. The role of the state is minimal. And people select service and solution providers. That is one of the most beautiful thoughts in economics. But there is one little problem. Neoliberal economic values cause a situation where money accumulates in the hands of the economic elite. The idea in neoliberalism is simple. A single person can own anything. That this person wants. If that person has money. The thing. The cause of this problem is that people select the well-known actors. So, a well-known actor. Hoover’s customers.  From less well-known companies. 

This causes cases. That is called a monopoly.  In a monopoly. The company dominates the market. Of course, there are laws. Those are supposed to regulate the monopolies. But in reality, it is hard to control monopolies. There is a possibility that the same company owns many companies. Those companies or company clusters. Might look like independent actors. There is always a possibility. There is a cluster, owned by a single person. That owns another cluster. When we think about things like Trust laws, we must realize that things like money don’t care about parties and policies. 

The problem with monopolies is that this removes competition. If there are no competitors, people must buy those products. If there is no change to select a product, that is made by some other actor. That can cause a situation. That the bad, or old-fashioned products, enter into markets. Monopoly allows. To rule prices. But a lack of competitors can cause a situation. The products that they offer are not satisfying. This causes problems with mission-critical systems. Like military systems. Another problem is that. Even if we protect our industry with customs and laws.  

There is always a possibility. That somebody starts to manufacture products outside the area that we can control by laws and customs. The thing. What the state needs is foreign money. Outcoming money brings fuel for the economy more effectively than just recycling money in our own country. But there is a risk. That is the outsider actor. Takes our companies. The ideal case is that the company stays in our country. And foreigners order its products. That brings money to that company, and it can pay taxes to our country.  If we sell that company to foreigners, it will not pay taxes ot our country. 

There is a possibility that the same people sponsor politicians’ election campaigns across the political field. And that makes those things quite difficult to control. The ability to sponsor politicians. That can drive laws that support those super business actors, making those politicians pleasant cooperatives. for those businessmen. And that is another problem with politicians and money allies. Politicians need financial support for their election campaigns. People give votes to the well-known politicians. And being a well-known politician or candidate requires visibility. Otherwise. People desire who they elect. This means people must see politicians and captains as somehow interesting. 

This means. A politician must make themselves interesting. That people remember their name in the voting booth. So, colorful language and striking themes are things that make a politician popular. People must get what they like. They don’t need to get things. That they need. This is the Roman Emperor's philosophy. People need. “Bread and circuses”. If everyone has fun. And they have food, which means they are satisfied. Satisfied people don’t rebel. They don’t excuse their leaders. And of course. People can get jobs from factories. Those owners supported a certain politician. If people are working hard, they don’t have time to discuss politics. 

Politics is always boring. And people should leave it out of their discussions. People need gladiator shows rather than some free time. Capitalism is not a bad thing. At all. Capitalism guarantees competition. That removes unsatisfying products from markets. But. As we know, there is a possibility. Some people use workplaces. As merchandise. If a certain politician is elected, people will get factory. And that factory brought money to the place where it is located. This is the relationship between business and government. When we think about industrialism. And the industrial revolution. That thing offered the frame. For economic advancement. Industrialism formed capitalism in its form. We know. 

But neoliberalism is the thing that removes the competition. If an actor has a monopoly. And. There are no competitors that can cause a similar effect to the products. That socialism caused in the Soviet economy and products. Those products don’t need advancement or any R&D process. This means those products turn old-fashioned. If somebody. Creates a better product. That takes the customers. The problem with cases. There, the entire economy starts to orbit. A single actor. We forget that someday. Some other actor passes the actor. That doesn’t create new products. And finally, if the product that the actor produces is the same all the time, everybody already has that product. That thing fills the markets. And it causes problems with producers. If producers cannot sell new products, they face bankruptcy. This forms unemployment. And decreases state income. 

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

Wireless technology involves existential risk.

We all use Bluetooth and other wireless systems. Those systems give us freedom to operate. When we listen to music. Or do something. Like that. Wireless systems are free from wires, but sometimes we should ask, what if somebody hacks those systems? The effective distance. Of Bluetooth communication. It is about 20-100 meters. Bluetooth 5 has an effective distance that can be longer than 200 meters. And if somebody could hack the Bluetooth key that the system uses for making connections, that would allow that actor to transmit information into those Bluetooth devices. If somebody wants to transmit so-called subliminal acoustic signals to the receiver, that system doesn’t need two-way communication. The high-power electronic warfare system can make that thing possible. 

Hacking those systems is always a big risk. But when we think about things like Brain-implanted microchips. And Brain-Computer Interfaces, those systems allow operators to hack. The person’s mind. The system that connects a person to the computer using the electric neural stimulation can make it possible to transmit. Faked information into the victim's mind. The BCI systems are under development. The existing systems are used to control prostheses.  The BCI systems are also created. To control things like next-generation fighters. The same system can also be used to transmit false information into a person’s brain. 

The BCI system communicates directly with the cerebral cortex. It can be used to create fake memories. If the information comes directly. To the cerebral cortex, that means the victim cannot separate that information from other information. That comes from the senses. So the computer simulation causes the same effect in the brain as natural information. The brain-implanted microchips are tools. That can be used to create fake senses. And those things include horrifying visions about extortion, where the electric impulses stimulate brain areas that control pain or hate. Those things can be used to cause very big damage, and that technology is devastating in the hands of dictators. 

If we think about the technical singularity, where people communicate with the internet using implanted microchips. Those systems are the ultimate tool and ultimate threat for humans. If we are in the technical singularity. And somebody puts. The fake information in that system. That can cause a very bad situation. If we think about a system that stimulates the brain. There is a possibility. Those systems can shut down lobes. That control breathing. Or if that system communicates with the visual cortex, and then starts to transmit things like a computer game in that microchip. That can cause a very bad situation. If that happens while a person walks on the streets. 

Capitalism is a blessing and a curse.

Basically. There is nothing wrong with capitalism. The idea of capitalism is simple. If people like your products, they buy them. And that brings money to your bank accounts. If people don’t like our product, they don’t buy it. And that drives you into bankruptcy. That is the economic Darwinism. If the company cannot sell its products. That removes it from markets. 

Other ways. We can say that if the company cannot answer those new challenges, it will be terminated immediately. In the Soviet Union, there was no capitalism. And the competition between companies. Did not exist. That caused a situation where the merchandise. With bad quality being. Entered. Into shops. Without competition, there was no development. And that turned those products old-fashioned. That raised the Soviets' addiction. To the natural resources. To get Western currency. They sold gas and oil to get dollars, which they needed to buy Western technology. That caused a situation. The Soviet technology started to fall behind. 

The biggest problem in capitalism is that the only thing that means something is money. Companies are made. To bring money for their owners. And that means the benefit of the company owners. The company does as little as possible for other functions. Than functions that bring money into its stakeholders. 

This causes the company to forget its environmental responsibilities. Every investment made to clean water and decrease pollution is waiting until the final warning from the government. Only the last force and laws are things. That forces companies. To clean their wastewater or decrease pollution. Companies wait until the last minute to make the investments. Which allows them to decrease their pollution to a level. That it passes standards touching the limit. Everything that is made after multiple remarks is minimal. The companies, or somebody in the companies. Think that every extra cent. What they use for the environment is out of the profits that the company can share. 

And that is the case, where theoretical capitalism separates from practical capitalism. The thing is that the Western companies' purpose. It has always been to bring money to their owners. The fact is that this is the case, where some Eastern companies differ from Western companies. Those companies' mission is sometimes to deliver their government's agenda. Rather than make a business. That is one of the most important things that we must understand. 

When we talk about things. Like business. We all know about the power. Of the multinational corporations is that. They can make many things more effectively. And cheaper. than traditional corporations. Those companies can hire a person to work in an office in Dubai. That office can belong to the subsidiary. The main company was established. That company in Dubai. The worker can work remotely from their home, which can be in Finland or Sweden. And officially. They work in the company. That is registered in Dubai, in an office. Which is in Dubai. The thing is that those arrangements can save money. The purpose of that subsidiary can be only to act as a labor office. 

That has only one customer. The main company that “hires” those people for work. That is one way to reduce taxes and other payments. This is one way to benefit from the multinational position. Of the company. If the company has offices in all Western countries, it allows it to change the HQ location very fast. These kinds of companies might be. A rather clustered form. Of  different companies. Than one company. For an outsider. The company cluster of different-looking companies. It can be the same company. 

Those parts of clusters can act under different business names. Because that makes it easier to handle money flows. Those separated marketing sections that operate under their own business name can also take on other work. Same way. The transportation section. That has its own business name and can also transport other cargo. That maximizes the company's income. Those companies are listed on the stock market. That means almost any person. Those who have enough capital. Can buy those companies, whose value can be billions of dollars. 

What if the FSB buys an international company? And starts to use it for its purposes? Another actor who might be interested in the international companies is drug cartels. International import and export companies are things. That can offer a smuggling tool. For those super criminals. This is one reason why. There are sometimes risks in international companies. Those companies offer a great platform for international and hostile operators.