Maybe the future is genetically engineered humans.

 Maybe the future is genetically engineered humans. 

An imprisoned researcher who genetically modified babies believes that genetically manipulated humans are the future. When we think about genetic engineering and our genomes, we can ask why genetic engineers are not removing things like diabetes, Alzheimer and AIDS away by using genetic engineering. In the same way, somebody can ask why we don't give gene therapy for CP-handicapped and other kinds of people who have an error in their chromosomes. 

Some people say that this kind of gene therapy is against morals or ethics, but in the same way, we can ask if the lives of those people are so nice that we should not fix their genomes.  Why cannot we think of things like hereditary diseases as one disease like some virus infection or something like that? The fact is this the world is full of people who have money to take gene therapy. Gene therapy can improve IQ. 

And that kind of therapy gives many more abilities. The human intelligence is like many other types of intelligence. It creates systems that are more or less intelligent. So intelligence creates other intelligence. And that's why people are interested in things like AI. Genetic engineering can increase people's IQ. 

IQ is only one of the things that makes people productive. That productive thinking makes us create machines and other things to dominate the world. And that's why our nervous system and brains are the promising objects for genetic engineering. Genetic engineering makes it possible that people will get immune resistance against some viruses. And then that virus can turn into the ultimate weapon. 

The ability to interconnect species makes it possible. Humans will get better senses, stronger muscles or faster reactions, and faster renewing tissues. The ability to transform the DNA allows us to remove cancer from our species. Cancer is one of the deadliest diseases in the world. Sharks have no cancer and that thing makes those animals interesting. 

Same way sharks have electric senses, and humans have similar senses. That allows us to read other people's thoughts. All senses and abilities that species have without depending on species coded in the DNA, and what would you make with the ability to read thoughts or muscles that make you as strong as a gorilla or anaconda? 

In the same way, some reptilians are immune to the strongest neural poison, botulinum. That means nerve agents like VX do not affect cobras. 

Innovation requires full knowledge of the system that a person wants to use. The other things that the innovation requires are the ability and willingness to model the system. And that is a problem in innovations. People must have the ability to make new things. And they must dare to share their ideas. 

When we manipulate our brains we make things that will change the world. Brains are the creators of the systems and machines that allow humans to dominate the world. 

The human brain should be the user of the AI. That means humans should be the part who gives orders. And the AI should be the thing that follows those orders. But sometimes we are facing people who let machines think for them. AI will not turn master in our society if we do not give that position to it. 

https://bgr.com/science/imprisoned-scientist-who-gene-edited-babies-wanted-to-transform-the-human-species/

Image: ScitechDaily.com

AI-based chatbots might have a larger scale and faster influence on the world than nobody expected.

 AI-based chatbots might have a larger scale and faster influence on the world than nobody expected. 

Chat GPT and its competitors have already changed the programming industry. Even their freeware versions can create many things faster than human programmers. Even if the AI-based chatbot cannot dump data straight into a file, it can show the example code. Then the human user can copy-paste that code to the programming editor. Of course, there is some kind of changes like database names and file paths, that the programmer must change. 

But also freeware versions of those AI chatbots can boost the effectiveness of the programming. When people ask which of those chatbots is the best, I must say: decide yourself. Even social media applications have some kind of AI-based chatbot extensions. The AI can create complicated programs very quickly by using public databases. But machine learning makes those systems even more powerful. 

The code above is created by Bing (free version) using the command: "Show me a database connection in C++". The complete code is below this text. And you can see how small changes there must be made. The C++ examples include the same code, but Bing finds it faster than human users. That makes it an effective tool that can improve the effectiveness of programming. 

A learning machine is like a worker who keeps the tools that the person often requires closer than tools that are not needed so often. 

In programming machine learning means that the system will store the modules and code that it needs in the shortcut. The shortcut can be the storage on a hard disk. Or it can be a database with a list of home pages that the system requires very often. There is storage about the user interface models, database connections, and SQL databases that the system normally uses. And that makes it faster. 

When a self-operating AI chatbot makes a program it can change the names of databases and their connections in each program. But the fact is that database connections are always similar. if they are written with the same programming languages. The only thing that makes a difference with those things in different programs is the names of databases. 

If the system keeps a book about codes and libraries, that it used in a certain type of software it could be faster and more effective. The AI-based chatbot works in the cloud. That means the users are using the same software that runs in the same entirety. That means the AI can download libraries and the code that it uses in some software into a "standby" position. 

If the AI must not use the public Internet in all its missions it would be faster and more accurate than any human can be. When we talk about "limited AI! we might mean the programming tool that can create the program by using locally downloaded libraries. In that case, the system uses the internet only for asking code models. Then that system can connect those models with the libraries that it needs. The thing that prevents the AI from making the software is that it doesn't have the required programming libraries.  

The cumulation of information makes the AI more versatile. Sometimes people ask: Can AI-based- chatbots reach awareness? There is the possibility that an AI-based chatbot can hire it's awareness from the users. But the thing that the AI-based chatbot can do is it can create new software at a fast speed. And that thing means the AI-based chatbots are the next-generation programming tools. 

https://techxplore.com/news/2023-09-chatbot-self-awareness.html

*********************************************************************

// Standard C++ includes

#include <iostream>

#include <cstdlib>

// Include the Connector/C++ headers

#include "cppconn/driver.h"

#include "cppconn/exception.h"

#include "cppconn/resultset.h"

#include "cppconn/statement.h"

// Link to the Connector/C++ library

#pragma comment (lib, "mysqlcppconn.lib")

// Specify our connection target and credentials

const std::string server = "localhost";

const std::string username = "root";

const std::string password = "";

int main()

{

    sql::Driver *driver; // Create a pointer to a MySQL driver object

    sql::Connection *dbConn; // Create a pointer to a database connection object

    sql::Statement *stmt; // Create a pointer to a Statement object to hold our SQL commands

    sql::ResultSet *res; // Create a pointer to a ResultSet object to hold the results of any queries we run

    try

    {

        driver = get_driver_instance(); // Get a driver to use to connect to our DBMS

        dbConn = driver->connect(server, username, password); // Connect to the MySQL server

        dbConn->setSchema("test"); // Select the database "test"

        stmt = dbConn->createStatement(); // Create a statement object

        res = stmt->executeQuery("SELECT 'Hello World!' AS _message"); // Execute a simple query

        while (res->next()) // Loop through the result set

        {

            std::cout << res->getString("_message") << std::endl; // Print the result

        }

        delete res; // Delete the result set object

        delete stmt; // Delete the statement object

        delete dbConn; // Delete the connection object

    }

    catch (sql::SQLException &e) // Catch any SQL errors

    {

        std::cerr << e.what() << std::endl; // Print the error message

    }

    return 0;

}

Researchers can use magnetic monopoles as fundamental ion technology and ultimate stealth solutions.

   

Researchers can use magnetic monopoles as fundamental ion technology and ultimate stealth solutions. 

Magnetic monopoles could offer the fuel for futuristic ion engines. 

Magnetic monopoles are very short-living. When a magnetic field that pushes electrons or protons together will be turned off the magnetic forces separate those protons or electrons. The idea to use magnetic monopoles as the tool for giving thrust for the ion engines comes from that thing. The idea is that the system packs a magnetic monopole like a proton ball. 

And then the system drives that monopole in the rocket's reaction chamber. Then the electromagnetic repel pushes those particles out of the form, and those protons or electrons give thrust to the rocket. In that case, the explosion of a nuclear pellet or fusion material is replaced by using a magnetic monopole. The power of those systems might not be as high as a fusion engine, but those magnetic monopoles that split into pieces will give thrust to spacecraft or aircraft. 

In some visions, the ball-shaped lighter-than-air vehicle will use the magnetic monopolar shell to transfer ions behind it. The idea is that the system sprays ions to the front of the craft. And then those ions impact with other ions that come from the back. That thing causes the plasma pulse that can push the craft forward. 

It's possible that in graphene net are protons or electrons. The electron layer could be anchored over that proton layer. And then those electrons form the magnetic monopole around that craft. 

There is a possibility that some so-called UFOs are ball-shaped aerial vehicles that use plasma or pulsed plasma engines. The system would be the mylar-ball-airship, where is the whisk-looking structure inside it. The whisk-looking structure is the thing that transfers ions in the wanted direction. That happens by conducting electricity into the wanted wheel of that whisk. The system works like a giant Earth when it creates the plasma pulse. The plasma travels through the N and S-poles and then those anion and ion flows will impact behind that ball forming the thrust. 

The plasma pulses can also make aircraft invisible to radars. Also, plasma pulses can be used as plasmoid weapons. In those systems, the ion or anion cloud will shoot ahead incoming target. 

The high-energy particles cause problems with satellites. And that makes plasmoid or plasma-ion weapons dangerous. If an attacker loads an object, like a satellite using N-pole electricity. That makes it pull electrons or high-energy killer electrons into its shell. 

Those killer electrons are quite the usual thing in Van Allen belts. When electrons travel around the Earth they will get energy from the Sun and cosmic radiation as well as from plasma that Earth is trapped in those Van Allen plasma belts. 

"A new study reveals the escalating threat of “killer electrons” during geomagnetic storms, urging for fortified satellite infrastructure to mitigate potential space weather damages. This research serves as a benchmark for preparing and safeguarding the expanding space sector, which significantly influences a myriad of industries and global communications." (ScitechDaily.com/Space’s Silent Threat: Scientists Shed New Light on “Killer Electrons”)

Iron, stealth, and magnetic monopoles are an interesting combination. 

Then, that target will loaded with a magnetic field with opposite polarity. If the target travels through particle clouds with N-polarity, and the target itself has S-polarity. That causes a situation where those N-polarity particles are impacting the craft. That particle flow can destroy the target if the impacting particles have a very high energy level. And that thing makes so-called killer electrons devastating. 

ELF radiowaves are pushing those high-energy electrons away from the satellite. But the same thing pulls killer protons, or extremely high energy protons to the satellite. The negative electromagnetic fields can pull anti-electrons or positrons against targets. And that makes protection against those high-energy particles very hard. 

There is the possibility to turn things like iron atoms in one direction by using extremely powerful magnetic fields. That thing means that if in the middle of an aircraft or spacecraft is a high-power magnet that thing can turn N- or S-poles in the same direction. And that thing makes it possible to cover the entire layer with only N- (or S) poles. That thing forms the magnetic monopole layer that aims ions and radio waves in one direction. And that kind of monopolar layer makes the new types of stealth possible.

Even if the magnets cannot turn atoms in iron crystals in one direction, their 2D graphene can make this thing possible. In that model, the system will put iron atoms into the holes in 2D graphene. And then magnets will turn that thing in one direction. That allows the system to create a layer, where there is only an S- or N pole. The monopolar magnetic layer can make ultimate stealth possible. 

https://miraclesofthequantumworld.blogspot.com/2023/09/researchers-at-aalto-university-created.html

https://scitechdaily.com/spaces-silent-threat-scientists-shed-new-light-on-killer-electrons/

Quantum computers and nanorobots are coming. And we don't even know all their abilities.

 Quantum computers and nanorobots are coming. And we don't even know all their abilities. 

In the future, we can see nanorobots everywhere. Researchers created artificial bacteria that can create electricity from wastewater. And those bacteria can give electricity to the small nanomachines that clean the water and observe, what type of waste is in that wastewater. Those small machines can look like rice there is a tunnel through them. And the system can pump water through that tunnel where there is an active carbon filter and maybe a UV system that destroys bacteria. 

Those bacteria also can deliver energy into nanotechnical microprocessors. And in some visions, the supercomputer of the future can be a group of nanotanks that flow in wastewater. And the users communicate with those systems by using WLAN. 

The users can use things like quantum computers over the net by using their cell phones. And that thing makes it possible to share the quantum and supercomputer capacity through the internet. That means the large machine can share its power with small machines. 

The shape of the morphing network is not sharp. And that means networked computers, but networked cell phones can also form morphing neural networks. And the morphing neural network can consist of cell phones, computers, and drones that are connected under one entirety.

The nano- and mini-machine swarms are a good example of morphing and scalable networks. If those swarms require new abilities only one member of that swarm must be reprogrammed. And then that member scales that information through the entire swarm. That kind of technology requires new tools. Those tools must be secured and fast-reacting. They require self-development ability. 

Quantum computers are tools that can make the future more complicated than we expected. They are game changers and work as physical layers for highly advanced AI-based systems. Machine learning is the tool used in fusion experiments. However, machine learning gives new abilities to control quantum systems and molecules for nanotechnical applications. 

Researchers are working hard with nanotechnology, biotechnology, morphing neural networks, AI, and quantum computing. Those systems will change the world more than nobody expected. The complex AI requires powerful computers to run those systems. Things like nanorobot swarms require ultra-secure data transmissions. If there are some kind of problems with communication, the nanomachine swarms can do something that they should not do. 

Quantum computers allow systems to create new and complex molecules because they can drive complicated simulations. The system must simulate how atoms and molecules touch each other. And then it must turn that simulation into rea, or physical world.  

ENIAC

While a CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing) system creates something extremely complicated, like very long molecules that are required in medicines. It must react very fast to non-predicted effects. And that thing requires extremely fast computing. When lasers and microwaves are manipulating sub-atomic scale systems they must send energy impulses with very high accuracy. 

When people are talking about quantum computers they must realize that those systems are weapons themselves. That means quantum computers can break any code that is made by using binary computers. And we know why some nations are interested in that technology. 

We can use the history of binary computers as a model when we try to predict the future of quantum computers. Maybe pocket-size quantum computers will not come next year to the supermarkets. But we must realize that maybe that day is coming sooner than we think. We can compare the quantum computers to ENIAC, the first electronic, and programmable computer from the year 1945. 

Those quantum computers are also the first of their kind. They are powerful systems. And when we are looking at the image of the supercomputer from the 1980s who believes that someday we carry a system with many times higher calculation capacity in our pockets. Same way size of the quantum computers will turn smaller. When the number of those systems is rising the price will decrease. And that's why we must prepare for that thing. 

https://scitechdaily.com/generating-electricity-from-wastewater-bioengineered-bacteria-produce-power/

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

Researchers created fully synthetic embryos.

Researchers created fully synthetic embryos. 

Researchers at Weitzmann Scientific Institute created human embryos from stem cells without sperm and eggs. That kind of thing is a breakthrough in genetic research. The ability to create a human embryo from stem cells is one of the most interesting things in the world of cloning and genetic research. The "virgin born" embryo is the thing that causes very interesting thoughts about abilities to use that technology in positive and negative things. 

The Weizmann-institute embryos are similar to all other embryos. And that means somebody can "steal" one of those embryos and then use that embryo for artificial insemination. Artificial embryos are meant for cancer and other types of research. But maybe some people think that those embryos offer the possibility to make artificial people for some purposes that we cannot even imagine. 

Normally, when we think about genetic engineering and super soldiers that serve in the clone army we think of the system, where the blastula-stage embryo will split in two parts. Then the other one will be put in the freezer into liquid nitrogen. The other part of that sliptted embryo will grow as normal people. Then if that person does the duties well, the system can turn also another part of the embryo into life. There could be different groups of those embryos, and the system selects the best of the best. 

That kind of thing is interesting but at the same time frightening vision about things like the military. The ability to create a fully synthetic embryo means the ability to create a fully synthetic person. Those kinds of people have no connections with their parents. In some visions, the first people who will colonize the solar system and travel out from our planetary systems are that kind of clone. 

Technology that the Weizmann Institute used in that operation can also be used to make immortal crews for interstellar flights. The immortal crew means that all crew members will cloned, and then the system transfers their memories to those clones.  

https://www.bbc.com/news/health-66715669

https://www.indiatimes.com/technology/science-and-future/worlds-first-synthetic-embryos-576474.html

https://www.reuters.com/science/israeli-scientists-create-model-human-embryo-without-eggs-or-sperm-2023-09-07/

The morphing neural networks are coming.

  The morphing neural networks are coming. 

A morphing neural network is a network that can remove or connect parts to it. One version of the morphing network is the network of workstations. And when the system requires some software users can install that software into one workstation. And then that workstation scales that program over entire networks. Morphing neural networks can be drone swarms, they can be networks of computers. Or those  neural networks can be groups of living neurons.

Those neural networks are interesting because they can connected with surveillance tools like sensors. Then those systems can collect data from large areas and analyze and interconnect data. That system is collected from different types of sensors. And that makes those morphing neural networks interesting. 

When we think about nanotechnology and living neurons we can make a system that can scale new skills to the brain faster than ever before. In that system, the lab-grown neurons will equipped with extremely small microchips where computers can keep contact. The laboratory crew can inject those neurons into the receiver's brain tissue. 

Then that system will transmit the required information to the brain. By using those microchipped neurons. When the transmitter sends impulses to nanotechnical microchips the neuron sends that information through the brain. And that allows to transfer of new skills to the brain. In non-organic networks computers and other kinds of computing tools replace those living neurons. 

This image shows an artistic impression of the hafnia atomic structure. Credit: Reproduced with permission from Springer Nature. (ScitechDaily.com/Wonderfully Weird: How Hafnia Is Paving the Way for Neuromorphic Computing)

In regular computers, the morphing architecture makes the system more resistant to damage. If there is one part in that system that not working right, the morphing network can remove that actor. Then the system can take a new workstation to replace that workstation. The learning system makes it possible for the system to stay updated autonomously. 

When research teams work with AI-controlled morphing neural networks, they create the systems with ultimate error-handling capacity. The AI-based control systems can observe that the entirety works as it should. The AI-based control systems can make the system more advanced and more intelligent than nobody expected. The term intelligence means the ability to answer questions and respond to problems. That the system faces. 

In things like fusion tests the morphing AI can follow things like how clean fusion material the system uses. Then it needs other values like temperature and power of magnetic fields. And then that system can adjust those values. When the AI finds a way to extend the time of fusion the system can store those variables in its memories. Then it can find the best possible mixture for making a fusion reaction that lasts as long as possible. 

The morphing neural networks can collect data from all fusion laboratories on Earth. Then the system can compare the results of those tests. The idea is the same as when telescopes collect data about things like supernovas. In real life, those telescopes search the sky to find supernovas. That system searches the supernovas from multiple stars at the same time. 

And because data collection is wide-ranging this kind of search makes sure. Those sensors see supernovas. If those sensors follow one star, that star can detonate after billions of years. But if sensors follow multiple stars like star clusters there is a much bigger possibility to see supernova in one night. The morphing neural network can collect data that different types of telescopes send. Same way morphing neural networks can collect information from fusion test sites and compare that information with other sources. 

https://scitechdaily.com/wonderfully-weird-how-hafnia-is-paving-the-way-for-neuromorphic-computing/

The new observation makes it possible. That system can create Schrödinger's cat state in optical pulses.

 The new observation makes it possible. That system can create Schrödinger's cat state in optical pulses. 

The ability to make Schrödinger's cat state to optical pulses is one of the most incredible observations in the world. That thing can revolutionize communication and computing. In experiments, the researchers from Warzaw University used the Fourier transform to create a new type of optical pulse. Wikipedia describes the Fourier transform like this "In physics and mathematics, the Fourier transform (FT) is a transform that converts a function into a form that describes the frequencies present in the original function". (Wikipedia, Fourier transform). 

That transform means that it's possible to calculate the form of original information after it travels through the environment which variables the system knows. The idea is this: if the transmitter sends information as wave movement. And that wave movement is turned flat or its frequency is changed. The Fourier transform makes it possible to calculate the original form of that wave. 

That requires knowledge about the wave movement's original energy level and complete information on how the transformer transformed those waves. That allows to creation of a new state of optics. And the AI can calculate how lenses change the light waves. 

In information theories, Schrödinger's cat, which is same time dead and alive means the information transporter. (Wikipedia, Schrödinger's cat) When a cat is dead, it doesn't carry information. When a cat is alive it carries the information. 

"Researchers have developed a groundbreaking method to perform the fractional Fourier Transform of optical pulses using quantum memory. This unique achievement involved implementing the transformation on a “Schrödinger’s cat” state, having potential applications in telecommunications and spectroscopy." (ScitechDaily.com/Groundbreaking Quantum Leap: Physicists Turn Schrödinger’s Cat on Its Head)

If a cat carries hidden information, it can be at the same time dead or alive. 

If there is a USB stick hidden in the collar the person who hides that USB stick knows that the cat carries information. But other persons or outsiders don't know that cat carries information. So dead cat means that something is meaningless. And a living cat means that the thing means something to somebody. 

Schrödinger's cat means that the same thing can mean something to somebody. And for some other people, the same thing means nothing. In communication, the radio wave can carry purpose signals. That makes them interesting. Or those signals do not carry interesting data. And that makes them dead. 

The Scrödinger's cat is the thing that is dead and alive at the same time. We can describe Schrödinger's cat in information as the transmission that means something to somebody, but what doesn't mean anything to somebody else. So in information technology, Schrödinger's cat state means, that the eavesdropper will not recognize messages when they travel in the data channel. 

And if the transmitter system sends information through the high-voltage wire, that wire is a dead cat. The outsiders will not recognize data that travels in that cable. But the system that communicates by using high-voltage wire knows that there is information. 

https://scitechdaily.com/groundbreaking-quantum-leap-physicists-turn-schrodingers-cat-on-its-head/

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

https://en.wikipedia.org/wiki/Schr%C3%B6dinger%27s_cat

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

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

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

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

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

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

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

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

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

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

The fastest manmade radio burst lasts 0.000000000000000005 seconds. 

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

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

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

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

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

The new systems allow researchers to control qubits better than any time before.

  The new systems allow researchers to control qubits better than any time before. 

The new observations about electron's permanent dipole movement are pathfinders for atom-size quantum computers. Precisely working quantum computers require the ability to control the system with extremely high accuracy. That ability requires that the system can observe its actor and a new type of sensor makes it possible to create new types of qubits. The ability to measure electrons' dipole movement makes it possible to create sterile photons with high-accurate energy levels.

Because the system sees the actor like electrons it can shoot very highly accurate laser beams into those quantum systems. If the system can make atom-size quantum computers those systems will be the most advanced tools that researchers have ever created before. 

The atom-size quantum computer that operates at room temperature can turn even nanomachines intelligent. In some visions, researchers can put atom-sized quantum computers inside living neurons, and those systems could make a new type of boost for neural networks. Those atom-size quantum computers can have microscopic chambers where they operate by using neural electricity. Those small systems might exchange information between neurons. And that thing can give a boost to the abilities of the insects. 

"MIT researchers have successfully controlled quantum randomness using “vacuum fluctuations,” introducing a breakthrough in probabilistic computing with potentially wide-ranging applications." (ScitechDaily.com/Harnessing the Void: MIT Controls Quantum Randomness For the First Time)

"A new study offers the most precise measurement to date of the electron’s permanent electric dipole moment, providing critical insight into the imbalance between matter and antimatter in the Universe. The study used electrons confined in molecular ions to improve the previous best measurement by a factor of about 2.4, aiding efforts to refine or extend the standard model of particle physics". (ScitchDaily.com/Cracking One of the Universe’s Biggest Mysteries: “The Most Precise Measurement Yet” of Electron’s Permanent Electric Dipole Moment) 

"Using laser light, researchers have innovated a precise method to control individual barium qubits, advancing prospects for quantum computing". (ScitechDaily.com/Laser Precision Qubit Control: Leap in Reliable Quantum Information Processing)

The ability to control the quantum randomness makes it possible to create new quantum systems with better error-handling capacity. 

What if we put qubit in the bubble, or some kind of cosmic void? That thing makes it possible to eliminate the outcoming radiofrequency radiation. The control of the qubit can made by using lasers. The idea is that the miniature void. That is made by using extremely high-energy electrons. 

A laser or some maser system inputs energy to that electron which forms the protective field over qubit. The idea is that the electron sends radiation that power is easy to calculate. And then that radiation keeps the natural radiation with randomly changing energy levels away from the qubit. The idea is that the calculated and controlled field covers the non-calculated field. 

The ability to control quantum randomness removes the disturbance from quantum systems. And that thing makes it possible to understand, model, and control the quantum systems. The ability to control quantum systems and calculate the outcoming effects makes it possible to create quantum calculators that have better error tolerance. 

Theoretically is quite easy to remove the outcoming radiation effect from quantum computers. The system must know the qubit's original energy level and then the level of outcoming energy. 

Then the system must just reduce the outcoming energy from the final energy level. (Final energy level-original energy level). Of course, the system must follow outcoming energy during the entire operation. And then it must know things like frequency, wavelength, and other kinds of things about the outcoming energy. 

But if the system knows all the necessary variables and makes the right calculations at the right time. That thing makes it possible to create new quantum systems with higher error tolerance. Or the system can control and detect errors better. 

https://scitechdaily.com/laser-precision-qubit-control-leap-in-reliable-quantum-information-processing/

https://scitechdaily.com/cracking-one-of-the-universes-biggest-mysteries-the-most-precise-measurement-yet-of-electrons-permanent-electric-dipole-moment/

https://scitechdaily.com/harnessing-the-void-mit-controls-quantum-randomness-for-the-first-time/

NASA keeps looking for technosignature of alien intelligence.

NASA keeps looking for technosignature of alien intelligence. 

SETI keeps going and searches for techno signatures. The AI and new sensors are the tools that researchers want to use in that search that can continue longer than a lifetime. Or the search ends tomorrow. The problem is that nobody knows what they searching for. 

Searching techno signatures like Dyson's spheres and artificial pollution is different than trying to make contact with aliens. Technosignatures are passive signals like pollution, city lights, or radiation from power sources. 

The extreme version of the techno signatures is the alien probe, that nobody confirms to keep in warehouses. The probes would be the first crafts that enter our solar system when hypothetical aliens are coming. 

If there is a manned alien spacecraft. That travels in the universe, there would be a fleet of drones or probes traveling ahead of manned units. Those probes' purpose is to search for interesting targets for that hypothetical spacecraft and its crew. The craft would be extremely large. And every maneuver that it makes requires lots of energy. 

And that means the crew will not break it without a good reason. In one vision the Kardachev Scale 3 civilizations and civilizations above that scale can send interstellar spacecrafts with living crews. And if that is true, our home planet is too primitive for those creatures. 

"NASA is expanding its search for extraterrestrial life to include technosignatures, signs of advanced civilizations, beyond just radio signals. This includes artificial chemicals in exoplanet atmospheres, infrared signatures of megastructures, and potential city lights on distant planets". (ScitechDaily.com/Searching for Signs of Intelligent Life in the Universe: Technosignatures)

There is a hypothesis that the "little grey men" are actually robots. The sender of those robots is unknown. (Images: ScitechDaily.com/Searching for Signs of Intelligent Life in the Universe: Technosignatures)

There is always a risk. The microbes pollute craft if the aliens try to send manned recon crafts to search humans or if aliens themselves try to land on Earth. Those microbes can be even deadlier than any ebola because our hypothetical aliens have no immune resistance against Earth bacteria. 

So to avoid that risk those hypothetical aliens will not stop in our solar system. And even if they would start to orbit our planet or any similar planet they will operate on the ground by using remote- or AI-controlled robots. The thing makes sure, that any infectious material can split in the alien mothership. 

When we think about interstellar traveling the time dilation can keep the crew alive longer than usual. If the craft uses time dilation to keep the crew operational for an extremely long time, that means that the senders of the craft died a long time ago before the crew reached the other solar system. The craft can have a saucer shape, and there is a particle accelerator at its edge. The purpose of that system is to accelerate electrons or protons to a speed, that is close to speed of light. 

That particle accelerator will make the time dilation in the cabin, and the speed of the craft would be 20-50% of the speed of light. Centuries and millenniums are traveling outside its shell, and the journey would be one way. The senders will not see those crew members anymore. 

https://scitechdaily.com/searching-for-signs-of-intelligent-life-in-the-universe-technosignatures/

Maybe quite soon we can transfer memories between people.

  Maybe quite soon we can transfer memories between people. 

Cloned neurons that involve certain information can be used to transport skills and memories between people. In those visions the needed information is stored in cloned neurons. And then those cells will transfer to the person's neural network. 

We have one morphing neural network that gives inspiration for computer-based networks. That morphing neural network is our nervous system. The lab-grown cloned neurons were injected into a Parkinson's patient's brain. The problem with cloned or lab-grown neurons is that they are so-called "empty neurons". 

Those cloned neurons have no memories or skills that they use in their brains. But the BCI (Brain Computer Interface)--based technology makes it possible for the system to see those cloned neurons before they are injected into brain tissue. The system can use Cloned neurons to make hybrid microchips where living neurons and silicon-based systems exchange information.      

Lab-grown neurons are promising tools for Parkinson's. But the lab-grown neurons are the tools that can do much more than just give treatment for Parkinson's patients. The lag-grown neurons can also be used to fix brain damage that accidents cause. In some visions, the lab-grown neurons will trained by stressing them with electromagnetic impulses. 

Term trained neuron means neuron where the system transfers information that it needs for its mission. The thing that causes problems in brain damage treatment is that memories, including skills stored in neurons To fix brain damage the neuron must have the same skills. That the destroyed neuron had. 

Skills are memories that are stored in neurons and are unique. And without those things, the brain damage is hard or almost impossible to fix. Even if the system transfers cloned neurons in some brain areas, those empty neurons require skills. That they can do their mission.

The same technology that was created for control BCI (Brain Computer Interface) can used to transport information into brain cells that are grown in the laboratory. That allows the transfer of new skills and other things into people's brains. The trained neurons are things that make computers and robots more independent. 

The lab-grown neurons can change to create microchips with an organic layer. 

Those hybrid microchips can communicate with living neurons, and those systems will make at least small-size robots very independent. The problem with small human-shaped robots is that they have no space for supercomputers or high-power computers that can run complex AI-based applications. 

The living neurons that control that robot's operating system make it possible. That small robot can operate independently. Otherwise, those systems require high-speed WLAN connection for swarming and communicating with central computers. 

https://www.freethink.com/health/dopamine-neurons