Data security is an important and complicated entirety.

The challenges in the modern AI-based world are enormous. But the thing is that we must solve those problems. We must know the threats that we can fight against them. Without knowing how the enemy acts we cannot make effective counter-actions against it. 

We can put our heads into the bush and make laws that limit some research. But the problem is that some other people are making those things. We can say that things like ChatGPT-type artificial intelligence require so expensive hardware that hackers cannot get them. The thing is that governmental hackers have enormous resources. So those governmental hackers need things like foreign identities. 

And if some black hat hacker-gang will open those Email addresses the governmental hackers can give access to the servers that can run those AI software. And maybe servers are already the first ChatGPT-based malware generators somewhere in Russia. Also, people like drug barons in Bazilia and Colombia can give financial assistance for those kinds of investments if black hat hackers get data about authorities. 

The intelligent energy environment requires AI. And that thing makes it vulnerable to hackers. 

AI is a challenge for the entire human race. But as I have many times written before AI is the tool that can save energy and someday even save the planet. AI can make our use of natural resources more effective, and the same time decreases the loss of material. AI-driven electric networks can drive electricity to the places where it's needed. And if somewhere is no need for electricity. The system can cut the electric transfer in those points. 

One of the problems is that we use old-fashion electric systems that do not react to things like whether people are really inside the house or they cannot decrease the room temperature to, let's say, 10 degrees while the person is at work. If the system asks for a weekly program or even when a person is at home that decreases energy bills. 

Things like IR-based burglary alarms the low-temperature contrast will be better in low temperatures. The alarm systems require an electric supply that is separated from lights and other systems. Otherwise, intruders can turn it off by removing the fuse. 

The thing is that if things like art like paintings would be behind the safe wall, where is a smaller space, where is a high temperature, and the temperature in museum halls will be lower, that brings also security for paintings. The most famous painting in the world, Mona Lisa is a safe locker. So why cannot be safe walls between other paintings and the audience? That decreases energy bills and denies the risk that somebody attacks those paintings. 

And why would somebody make those things? One of the reasons why vandalism can be made is that hackers can get access to some houses. If they can slip things like remote-controlled computers into those spaces, they can make their operations safer. If they use remote computers, those people are hard to track. 

Another remarkable thing is that the hacker can also operate remotely. The remotely operating mean, that hacker can use some chat program and give instructions to some person who sits at the front of the screen. Then that robot hacker will follow the orders that another person gives. 

When we think about alarm systems and data security all rooms where computers are at risk. If the hackers get access to those places like classrooms where are lots of computers, they can use those internet connections for attacks. And if they can open those computers and change the boot orders they can boot the computer and open it with the Linux-USB stick. 

They can build an AI-based virtual quantum system that can use for attacks. In that system, each computer tries to get access to the target system by using different series of passwords. Or even if the hackers do have not those kinds of super tools, they can use those computers for attacks. The problem with hackers is that they don't use their own computers and data connections they are hard to track. 

If the hackers are using their computers. Those computers will infect because the target system can input tracking cookies to the hacker's computers. And another thing is that hacker who uses their own data connections are also easy to track. So those people need some remote base where they can make their operations. 

The new way to manipulate quantum light is a breakthrough in science and technology.

If researchers can make energy injections precisely to the atom's nucleus. That thing can make it possible to create a situation where electrons remain in stable positions symmetrically around the atom's nucleus. And the new method to manipulate quantum light can make that thing possible. In that model energy impulses that travel away from the atom's nucleus just lock those electrons in stable positions. 

The new way to manipulate quantum light can be a breakthrough in quantum systems from communication to extremely high-precision nanotechnology. The system uses artificial atoms as the lens for connecting photons. That very highly advanced light manipulation technology can use in very small communication tools. 

The new system makes photons bound together. And that thing makes it possible to create absolute sterile particles. The interaction with artificial atoms makes that thing possible. There is the possibility that this kind of system can aim photons at the atom's nucleus. 

That thing makes it possible to freeze electrons in their positions. If electrons are in certain positions symmetrically around an atom. That thing makes it possible to create a quantum system that is very close to magnetic monopoles. The magnetic monopoles can make the WARP bubble possible. In the visions, the chamber will fill by using ionized gas.

Then the system creates an acoustic bubble where those magnetic monopoles are in its shell. And then those magnetic monopoles will clean that bubble from ionized gas. But the problem is that nobody ever made magnetic monopoles. There is the possibility that electrons that are symmetrically around the nucleus of the atom can make a situation that is very close to a magnetic monopole. 

"Artist’s impression of how photons bound together after interaction with artificial atom. Credit: The University of Basel" (ScitechDaily.com/Unprecedented Breakthrough in Manipulating “Quantum Light”)

Magnetic monopoles can also push ions or plasma away from the spacecraft's shell. Or in stealth technology, those monopoles can pull EM radiation inside the aircraft's body. That thing denies the radar reflection from the aircraft's shell. 

Those systems are useful in very highly accurate nano-scale operations. They can transmit information to the small-size microchips that control things like individual cells. The system can move single atoms at the layer.

The use of this kind of quantum system is incredible. They can scan single cells protein interactions if they are connected with nanorobots. The highly accurate laser scanners require electricity. And one thing that can make those systems operate independently. That thing is the protein that can rotate nano-size generators. The idea is that the proteins are covered by magnesite or some other magnetic material. 

And then the ion pumps are pulling that protein through the nanotube which is magnetic particles. Those ion pumps that are taken from the cell membrane are in a row around that protein. And they can keep it moving. That system can operate as the generator for the nanorobot. Another version is to use the protein that makes electricity from the air. 

And it can scan extremely small-size targets. The manipulation of quantum light is one of the things that can make small-size WARP bubbles possible. Those atom size warp-systems cannot transport humans to the other stars. But they can use to protect information stored in the qubits. There is a possibility that the small-size WARP bubbles can use in ion engines. 

In that kind of system, the ion engine uses nanotubes. And the system launches ions through those nanotubes. There is the possibility that the ion system can form extremely small WARP bubbles in those tubes. When ions travel through that WARP bubble they send energy to the shell of that bubble. That energy will travel also to the front of those acceleration tracks. This thing increases the power of the ion systems. 

The rise of AI makes fast engineering possible.

The new types of AI that can render images by using written or hand-drawn descriptions are tools that can be more remarkable than we ever imagine. If we think the AI as an architect that thing requires a description of what it must make. The system can take those descriptions from the construction agency. And for that, it requires only the GPS coordinates. 

Then the AI takes constructional orders and then connects itself to CAD software. After that, it can simply show drawings to the customer. And it is possible. That calls a group of robots to that construction site. Those robots can be the swarm of quadcopters that make the building for the customer. 

Or the system can use human-looking robots for that work. When the AI makes images it requires instructions. The simplest way is to combine the text-based description and then the customer can show some hand-made draft to the AI. Then the AI fits those things with the construction orders that it can take from the construction agency. This is one example of modular AI. The CAD-CAM systems are modular tools. The highly effective systems can use the same physical systems for multiple tools. 

The same robot can work as a construction worker. Then it can turn to the surgeon if the system can load the necessary action module to that robot. When we are teaching robots that thing requires only the new database or action module. And the things like ChatGPT 4 are the most effective tools for those things. They can use it to create custom databases for every individual robot. That they handle every possible situation where they can operate. 

Some people are worried that AI can make students work in places like universities. The reality is that if somebody wants to use deceit for the works that person still can order the work from some other actor. So AI can be a big help for the student. It can collect homepages and sources for the work, and then the student can use those sources for work, but the fact is that the father or mother of that student can create those source lists as well as the AI. 

The problem is that the student must learn to think by using their brain. But there still are people who want good numbers without learning to think. And before some people start to deceit, I must ask the question that one of my teachers once asked: "do you want to get good grades or also learn something"? If some students are deceitful. They will not learn anything. And it will cause problems in working life. 

The thing is that AI is an effective tool. It can make many things more effective than humans. And that is the strength for it. The thing is that in AI development, the system requires information. Then the developers can create the necessary changes for the system. But the development of AI is now faster than anytime before. 

Things like quantum computers make it possible. That system can drive more complicated code than ever before. When we are talking about business. We must realize that only effectiveness is important. Things like web-based dictionary books are made to make the work faster and easier. Why should people find words from some paper book when they can use web-based translation tools?

If we deny the use of AI for everyday work, we are making work more difficult than it should be. When we are talking about things like AI-based grammar checks we must say that it spends time. 

https://interestingengineering.com/innovation/rise-of-ai-puts-prompt-engineers-in-limelight

Enormous-scale time dilation can make galactic-scale civilization possible.

How to make slow spacecraft same time fast? The answer is that time dilation gives the spacecraft the ability to travel even between stars. And the crew will not get older. The time dilation can be made by using the plasma whirl that surrounds the craft. 

That thing can stop the time in the spacecraft. But how to make conditions where craft can travel between stars and then return to their senders? The idea is that the station where the spacecraft is leaving would also cover with an ion whirl or Tipler cylinder that is making time dilation. If the ion whirl, which travels at the speed of light surrounds the object it causes time dilation. 

And theoretically, galactic civilization covers its space stations and planets by using plasma whirls. That is traveling with the speed of light. That means Dyson's spheres or virtual plasma structures are covering all planets and spacecraft that our hypothetical civilization uses. That kind of solution requires lots of energy. But that is a realistic version of the Alcubierre drive and WARP systems fail. The crafts and cities can cover with Tipler cylinders. Fast-orbiting plasma or fast-rotating cylinder-looking structure makes time dilation possible. And those systems can have enormous scale. 

Galactic civilizations and interstellar travel are possible without the ability to travel faster than light. And that thing is an interesting solution for futuristic galactic civilizations. The idea is that every single planet, space station, and other base that this hypothetical civilization uses is surrounded by plasma balls their plasma travels with the speed of light. 

In that model, the civilization will use time dilation for making interstellar travel, communication, and other things like routine trips to other solar systems possible. The thing is that civilization will just stop the time in its bases and vehicles. And the requirement is that every colony, planet, and craft that our hypothetical civilization uses. Is surrounded by a Tipler cylinder that is making the ultimate time dilation possible. 

When we talk about electromagnetic wormholes or so-called virtual wormholes those things can make interstellar travel possible. The idea is that the energy that is running away from the craft is replaced by using ion beams or laser rays. That thing makes it possible to create a virtual wormhole where time is extremely dilated or even stopped. This kind of system makes it possible to create a situation where time is stopped in the spacecraft. But how we can get the crew back? The electromagnetic wormholes are making it possible to create time dilation in the craft, but outside it time moves like in normal space. 

The answer is that our hypothetical civilization requires technology that allows us to create time dilation also on the planets or bases that galactic-scale civilization uses. The civilization can use giant Dyson's spheres for accelerating plasma around the planets or even in the solar systems that the civilization controls. The enormous technology used on an enormous scale makes it possible to make the civilization whose base is in time dilation. 

The galactic-scale civilization can cover all its crafts and planets with plasma structures that are forming the Tipler cylinders around them. These kinds of systems are making it possible to create enormous-scale civilizations and in those civilizations. Time is different than it is otherwise. The time-dilation-based civilization can travel between stars very easily. And because time moves very slowly that civilization can even get astronauts back. 

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

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

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

The future of computing includes more biological components.

 The future of computing includes more biological components. 

The next-generation computing is the OI (Organoid Intelligence) which normally means laboratory-grown human or some other species neurons. The OI doesn't mean only living neurons. The bacteria can also operate as part of the OI. Bacteria is one version of the analog computer. 

Their extremely complicated DNA structure controls the operations of bacteria. And that means the bacteria can use to store and transport information to the neurons. The idea is that genetically engineered bacteria can use electric impulses or neurotransmitters to transmit data to the neurons. In those kinds of systems, the information is stored in the DNA. 

The artificial DNA forms bacteria, which can communicate with neurons. That communication can happen straight by using neurotransmitters or electric communication between those neurons and bacteria. The artificial DNA  makes bacteria act as living USB memory. The system can secure that information simply by making the pre-programmed bacteria. 

Artificial DNA can store lots of data. And it can use in new nano-size mechanic computers. The idea is that the DNA would travel through the bacteria that give electric impulses to the microchips or neurons. That thing makes it possible to create more flexible systems than ever before. Maybe in the world of tomorrow, the human nervous system can communicate with microchip-controlled cyborg macrophages. The nanomachines can also act as the "USB sticks" that transfer data even to individual neurons. 

The thing is that the genetically engineered macrophages can also input information to the nervous system, and they can also change the DNA from the cells. The fact is that the next-generation half-organic and half-biological systems are the ultimate tools than anything before them. The microchips that are installed in the human nervous system can be used to control microchip-implanted insects or some drones. 

That thing gives humans superpowers. They can use those things as remote-viewing systems where implanted animals send information from their senses to humans. Another thing is that nanotechnology like room-temperature superconductors that base is on nanosize pressure tubes and 2D material is the key to the systems that can make almost anything possible. 

Miniaturized electronics like microchip-controlled insects can make it possible to transmit the human EEG to another human. That means they are the key to computer-based ESP or telepathy. Another thing is this. Superconducting antennas in clothes or the human body can make techno-telepathy possible. The fact is that there are no limits to this type of technology. 

If we think of the systems that make the "Jedi force" possible, we can simply think that the VTOL aircraft follows the hand signs or gestures that the authorized persons can give. Or the system can use the mobile version of the BCI (Brain Computer Interface). The BCI system can use by using implanted microchip technology. But another version is that the VTOL aircraft just scans the fingerprints of the user by using the laser scanner, and then the system follows the gestures of the users. 

https://www.boliden.com/news/can-ai-optimize-our-processes

AI that bases the atom-size quantum computer-living neuron hybrid can be more intelligent than humans.

AI that bases the atom-size quantum computer-living neuron hybrid can be more intelligent than humans. 

Above: The new type of miniature computers can look like this: Water molecules inside the fullerene can act as miniaturized quantum computers. Hydrogen atoms are two data-handling lines. And the oxygen atom in the middle of that system is the system that communicates with the fullerene gate. The system sends information to the oxygen atom. 

Then it travels through the hydrogen atoms, back to fullerene that resends it to the system. If those answers are identical there is a big possibility that nothing is wrong. The system can use quantum entanglement between electrons on oxygen's orbitals to transfer information to the proton. There the quantum entanglement between quarks is acting like a quantum computer. Then that information travels to the fullerene shell and back to the system. 

When we think about the shape of the AI/OI (Artificial Intelligence/Organoid Intelligence hybridization), we can say that there is the possibility to create a bio-quantum hybrid system that can be installed even in the human body. The system can have three layers, and the idea is that it connects atom-size computers, living neurons, and binary systems. At the top are the living neurons that exchange information with nano-size binary computers and quantum systems. 

So the system has three layers

1) Living neurons

2) Atom-size quantum computers 

3) Binary computers. 

Fullerene can act as the gate between the Rydberg-atom base computer and another system. 

The atom-size quantum computers benefit Rydberg atoms. In those extremely small quantum systems, superpositioned and entangled electrons act as computers. There is the possibility that the system can create superposition and quantum entanglement inside protons or neutrons. That means the quantum computer can be smaller than an atom. These kinds of systems can be inside small nano-size balls. Theoretically fullerene there is an atom-size computer inside it can act as the chamber where the quantum system can operate. 

The atom-size computer uses fullerene as the antenna that aims information in the right direction. The carbon atoms act as transmitter-receiver that send and receive information between other systems and Rydberg atoms. When electrons at the orbital of that atom make quantum entanglement. The system can aim information to the right carbon atom in fullerene or its electron core. 

The system might look like this. 

1) Living neurons. The living neurons can deliver electricity to extremely small computers. Nanotechnology doesn't require very high voltages. And that's why the OI (Organoid intelligence) that bases to use living neurons can also deliver electricity to small-size quantum-binary computer hybrids. 

2)Binary computers or binary microprocessors. Their mission is to transmit between neurons and quantum systems. Those nano-size binary computers are acting as routers or switches between atom-size quantum computers and living neurons. 

3) Quantum systems. Nanotechnical quantum systems can be in nano-size bubbles. The microchips control the conditions in the bubble. That technology allows us to make a system that can be small enough. That it can surgically install even inside humans. 

The thing is that these kinds of computer-hybrid systems can be far more intelligent than humans. There is always the possibility that this kind of hyper-technology can create "Boltzmann Brain" or self-forming awareness. This kind of system is only one way to create super technology or super cyborgs. 

https://www.frontiersin.org/journals/science/article-hubs/organoid-intelligence-a-new-biocomputing-frontier/lay-summary

https://scitechdaily.com/building-a-computer-with-a-single-atom/

https://scitechdaily.com/organoid-intelligence-revolutionary-biocomputers-powered-by-human-brain-cells/

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

New enzymes and superconductors are making new and more effective robots possible.

 New enzymes and superconductors are making new and more effective robots possible. 

New enzymes that can generate electricity from the air, with room-temperature superconducting technology make a new type of nano-and miniature technology possible. The main problem with miniaturized technology is the power source. The new enzyme that can create electricity from the air can be an answer to that problem. The new enzyme can also operate with bottled air. 

And that makes it possible to use it in the new batteries in underwater conditions. The new enzyme called Huc can be connected straight with microprocessors. And it allows to delivery of electricity for very small electronic components. That enzyme can act as the power source in the most miniaturized systems that we ever can imagine. 

If that enzyme can connect with the superconducting material. That allows it to create more flexible systems. And more powerful than anything created before. The basis of new types of superconductors that idea is a that system stabilizes resonance from material by using pressure is very fascinating. The nano-size tubes allow the creation of a pressure system that can operate even in the smallest-size robots. We can think of the man-shaped robot. That has nano-technical veins where strong pressure keeps the electric wires superconducting. 

The new technology allows the creation of fundamental tools. The enzymes that create electricity straight from the air and superconducting electronic hardware make it possible to create robots that can produce electricity on their skin. That kind of robot's computing system can base on the internal neural network. 

In that version of the robot's body is multiple microchips. That is operating as an entirety. That makes the system less vulnerable than otherwise. If there is a malfunction in one data-handling unit, that doesn't fall the entire system. 

Tomorrow's robots can have two or three-layer computing systems. 

1) Level of living neurons 

2) Quantum computer

3) Binary computers that move legs and arms. 

Even if a robot uses living neurons or OI (Organoid Intelligence) it requires lots of microchips that can communicate with living neural tissue and those microchips can act as a broker between biological and non-organic systems. But the problem with OI or organoid intelligence is that those neurons are vulnerable to poisons. But maybe it's possible to create a robot that uses living neurons to control it by using existing technology, where EEG detectors transmit the neural electric signals to the robot's mechanic body. But also non-organic systems have their abilities. 

Maybe in the future, non-organic robots have two levels of computing systems. The regular, binary system operates the robot when it is in known situations. When a robot faces bigger problems like some new things, the system can turn to use a quantum computer. 

When the quantum system finds an answer it stores it in the robot's mass memories. There the binary system can it in similar situations. That kind of two-layer quantum technology makes robots more flexible and independent. But that makes them also energy economical. That means the system uses a quantum state only when it needs it. 

https://scitechdaily.com/scientists-have-discovered-an-enzyme-that-converts-air-into-electricity/

https://scitechdaily.com/scientists-create-reddmatter-game-changing-room-temperature-superconductor/

The OI (Organoid Intelligence)makes it possible to create a robot with the same IQ as humans.

The OI (Organoid Intelligence)makes it possible to create a robot with the same IQ as humans. 

When we think about organoid intelligence, we can first think about the small microrobots that use cloned neurons as their computers. The fact is that this kind of robot can act as a drone swarm. Those robots can be biological systems where microchips mount to living insects. Or they can be robots with metal or carbon fiber bodies. The thing is that those microchips can connect those insects or their brain to their entirety. And those microchip-implanted insect swarms can theoretically have the same IQ as humans. 

The most extreme version of the OI or organoid intelligence is the biocomputer that uses human neurons. And that thing makes it possible to create organic robots and computers. Those organic systems are at the same intelligence level as humans. The real extreme hybridization of the machine and artificial brain makes it possible. The artificial brain can communicate with the robot body by using BCI communication. 

That robot can act precisely in the same missions as humans. The problem with those highly advanced systems is, of course, moralistic and ethical. If we create computers that are more intelligent than their creators, how can we deal with that kind of system? The robots controlled by the artificial brain are at the same level as humans. The OI technology makes many things that we believed as SciFi possible. 

"Scientists are collaborating across multiple fields to create biocomputers that utilize three-dimensional cultures of brain cells, called brain organoids, as biological hardware. They have outlined their plan for achieving this goal in the scientific journal Frontiers in Science." (ScitechDaily.com/“Organoid Intelligence” – Revolutionary Biocomputers Powered by Human Brain Cells)

There is the possibility to clone those cells and then transfer the skills and memories of those neurons over generations. If the transfer can happen one by one cell, that thing makes it possible to create the immortal person. The stuff must just clone the person. And then transfer memories to the new body cell by cell. 

There are two ways to make the robot, controlled by a biological computer.

 

1) The "brain in a jar"-model. 

In that model artificial brain is in the laboratory and separated from the robot body. In that system, the BCI system is connected to the brain. And then it can communicate with the robot's body. The idea is that. For security reasons, the living brain remotely controls the robot's body. 

And if something goes wrong. The system will just cut communication. In that model, the brain is under the crop, and the life-support system keeps them alive. 

2) Brain in body model. 

In this model, the living brain is controlling the robot's body. The thing is that the robot must have a life-support system. That system can be the bone marrow in the tank. And the robot requires nutrients for bone marrow. 

Then those blood cells carry nutrients and oxygen to those brain cells. That's why the robot's body must install the system used in ECMO-Extracorporeal membrane oxygenation. That makes blood transport oxygen to the brain cells. The problem is that those brain cells require immune systems. And maybe the robot uses microchip-controlled macrophages for that mission. The biggest risks for those neurons are bacteria and viruses. 

https://scitechdaily.com/organoid-intelligence-revolutionary-biocomputers-powered-by-human-brain-cells/

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

The reality and metaverse

"Once I saw a dream, that I saw dream"... That quote from some of my friends from childhood came to my mind. And that caused a question: how many layers can metaverse have? Can we someday be trapped in the metaverse so hard, that we cannot find the out from that virtual world in the computer's memories? Or could the metaverse turn so realistic that we cannot separate it from reality? 

In that model, the metaverse is the ultimate alternative reality. And things like brain-implanted microchips can make it possible for a person can slip into the metaverse or matrix by using the mobile network. 

Even today is possible to connect the brain implanted microchips to mobile telephones. And those kinds of systems make it possible. That people can slip into virtual reality whenever they want. These kinds of systems can control the next-generation machines. 

Those brain implants must just communicate with the right areas in the cortex. And that makes it possible to create the ultimate virtual experience. 

In the middle of this text, is the trailer. That movie clip from YouTube introduces Steven Spielberg's movie "Ready Player One". These kinds of movies are telling what kind of thing the future metaverse where the AI-based multiverse where people can combine their leisure, and working lives could be. In this model, the metaverse is like a matrix where the entire world is modeled. 

In visions that matrix is a combination of virtual cities or even virtual planets. People can spend their entire time. And if they can use robot bodies, they can combine reality and virtual reality to the entirety beyond your wildest dreams. Virtual reality can include many virtual games and there can also be things like virtual education rooms. 

Virtual reality and metaverse can also use as virtual workplaces. In that model, the people can combine their work and fun in an environment that is made for the game. But the same environment can be used for virtual meetings and there can be virtual working rooms. But then we can think about this kind of metaverse solution from another point of view. The question is how many layers the metaverse can have. 

That means the person can operate in virtual reality or virtual simulation using an avatar. What if the avatar wears the virtual 3D mask, and then that avatar will get to the new metaverse? Can that thing happen in real life? Is it possible that the person will trap in the metaverse? And is the future of the people who will work in metaverse the situation that person lives their entire life in the tank? 

The system puts nutrient will in the blood veins. And the person must never rise from the bed. Is this one version of the future of mankind? What if somebody spends the entire time in the metaverse, and then just forgets to eat and drink? That thing can be the next-generation version of the ultimate gambling addiction. 

https://shorttextsofoldscholars.blogspot.com/

Molecular quantum tunneling is a breakthrough in quantum chemistry.

"Quantum mechanics allows particles due to their quantum mechanical wave properties to break through the energetic barrier (wall) and a reaction occurs. Credit: Universität Innsbruck/Harald Ritsch" (Quantum Chemistry Breakthrough: Molecules Caught Tunneling for the First Time)

Quantum tunneling is one of the most interesting phenomena in the world. The idea is that particles can travel through the wall without harming it. In atomic and elementary particles quantum tunneling mean that those particles push the particles of the wall away from them. In that process, ions can travel through the wall without affecting it. 

The ion just pushes atoms away from its route. An ion can travel through a thick wall. And when wave movement hits the wall, it transfers its energy to the power fields of atoms. And then that wave movement travels to the next atoms. Until they travel outside the wall from the other side. 

But quantum tunneling in molecular structures is a new thing. When we look at molecules. Their atom's quantum tunnels connect those atoms in a structure called a molecule. The problem with those quantum tunnels is how to restore those structures. While the molecule travels through the wall. The problem is that those quantum tunnels will be broken when a molecule travels through the wall. 

"An electron wave packet directed at a potential barrier. The dim patch on the right is the part of the wave function that has tunneled through the barrier".  (Wikipedia/Qauntum tunneling)

"A simulation of a wave packet incident on a potential barrier. In relative units, the barrier energy is 20, greater than the mean wave packet energy of 14. A portion of the wave packet passes through the barrier". (Wikipedia/Qauntum tunneling).

The problem with quantum tunneling is reflection. Lots of information or particles are jumping out from the potential wall. And that is one thing that denies complicated structures tunneling. 

Quantum tunneling oscillations of probability in an integrable double well of potential, seen in phase space. (Wikipedia/Quantum tunnelling)

Chaos-assisted tunneling oscillations between two regular tori embedded in a chaotic sea, seen in phase space. (Wikipedia/Quantum tunnelling)

The last two images are the model. That the system can use to transport complicated structures through the potential wall. In that model, the system creates an energy model that just sucks particles through the potential wall. The system creates a vacuum on another side of the potential wall. And then that thing will transport information through the wall. 

The idea of this system is that some of the atoms of the active molecule are in different energy levels. If the electrons can anchor into a certain position. That thing allows the electrons are forming the quantum antenna. If those molecules' energy bridges that are keeping atoms in certain positions can overlap that they can travel over the energy bridges of atoms of the wall. That allows them to restore those channels. 

One answer could be a simple-looking thing. The molecule's atoms must turn to different energy levels. In that model, the structure has an energy pothole that allows energy to travel to those potholes. If the energy level of the atoms is the same impact energy would destroy those energy bridges. The idea is that those energy bridges are traveling overlapping between atoms. If the system can aim the energy bridge over the energy bridges of the passive or receiving system. 

In this text, the structure that travels through the wall is the active structure. And the wall is a passive structure. If the energy bridges of the active molecule can overlap with the energy or molecular bridges of a passive system that could allow the system can restore the structure of the molecule. If that kind of thing is possible maybe in the future. That allows to transport of robots and even humans through the walls. 

https://scitechdaily.com/quantum-chemistry-breakthrough-molecules-caught-tunneling-for-the-first-time/

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

https://shorttextsofoldscholars.blogspot.com/