The new computer program can read any DNA sequence and decipher its genetic code.

This new computer program can have multiple fundamental points of use. The computer program that can read genetic code and then store it in the computer memory is the ultimate tool for creating artificial DNA sequences and artificial organisms. 

Connecting genomes together makes it possible. To create the bacteria and other cells that are dying at a certain moment. That kind of bacteria is useful in medical work.  The cells that make suicide at a certain moment can use to fix injuries in the body. The timer can put in the DNA plasmid of the bacteria. DNA is like a chemical computer program. 

And the new computer program might allow creating more effective ways to connect DNA bites and create artificial genomes. A deep understanding of the DNA sequences allows finding what kind of abilities the certain base pairs are giving to organisms. 

When the bacteria's mission competed the bacteria died. And the self-destruction code comes after the mission code. When the DNA is read to a certain point, it will activate the self-destruction of the bacteria.

The next generation medicals can be manipulated bacteria that can collect viruses from the human body. The idea is that the bacteria would pull the viruses to the slimebag. And the body just removes the slime. For that purpose is needed to connect the genome of the slime cell and bacteria. 

Also, the biomedicines can be bacteria that can create antibiotics and eat only the remains of the tissue of dangerous bacteria. There are billions of ways how biotechnology can make better products especially in the case of the medical industry. One of the most interesting ideas is to create very fast-splitting bacteria. For destroying viruses or toxic chemicals from the body. 

The idea is that bacteria will eat the chemical or virus and at the same moment the ion pump activates an enzyme that destroys the DNA in the nucleus of bacteria. The idea is that when the job is done. Bacteria dies. And during that process, another enzyme will tell the immune cell. To carry the bacteria that is dying away from the body. 

This kind of genetic engineering denies the bacteria new viruses after the infection. When the internal organs of the bacteria are destroyed it turns into a bag that can use to remove those viruses. Another possibility is to make the bacteria that creates cytostatics for cancer treatment. That means that the bacteria would inject near the cancer cells and then it starts to destroy those cells. When bacteria face healthy tissue that chemical mark will destroy it. 

For making that kind of tool is required to know genomes that can be connected. And the new computer program can be an extremely good tool for that kind of purpose. 

The ability to create the cells that can destroy in a certain moment can make it possible to create biological weapons that cannot track. Some of those weapons might be cells that are closing the veins. Or manipulated bacteria that create poisons like botulin. When bacteria complete their mission. They would destroy themselves. 

https://scitechdaily.com/new-computer-program-can-read-any-genome-sequence-and-decipher-its-genetic-code/amp/

Image:https://scitechdaily.com/new-computer-program-can-read-any-genome-sequence-and-decipher-its-genetic-code/amp/

https://interestandinnovation.blogspot.com/

What kind of event was the Big Bang was and what was before it?

The Big Bang is the origin of the material as the form as we know it. That event happened about 13,8 billion years ago. One more interesting thing is: "what was before the Big Bang"? If we think that some kind of black hole or singularity exploded. 

There is one thing that causes the question. And that thing is, "where does that singularity come from"? Where did the material come from that formed the universe? If we are thinking of the situation that the material came to our spacetime from some kind of wormhole. 

And then that wave movement started to turn to particles we must realize that there must be something that caused this effect. There should be something that slows the wave movement when that thing came to the time. The fact is that if the universe was empty. 

In the place, there was no wave movement and material. That thing would not turn wave movement to the particles. There should be some kind of crossing wave movement that the elementary particles can form. 

If that suddenly crossed wave movement created the quark-antiquark pair which annihilated the increasing radiation bubble could turn the more wave movement into particles or particle pairs. So the Big Bang was the effect that caused wave-particle duality and formed the first state of the material. 

But there are also other models of the origin of the Big Bang. One of them is that the black holes that were remains of the past universe just vaporized or exploded. And that thing formed material by wave-particle duality. 

So in that scenario, the Big Bang was the large-area case rather than one point-scenario. The thing is that there are people who are not believing the Dark Matter at all. Sometimes I have thought that dark matter is the source of dark energy. 

The reason why we cannot observe that matter. Is that the particles that are forming it are a different size than the particles of visible material. So the wave movement that dark matter sends would be invisible to us. 

In some theories, dark matter is released in two stages. The first stage was the extremely high energetic material. That material was released in a space where there were no quantum fields. Or things like the scattering effect. 

So those particles would travel ahead of the universe forming the "hot dark matter".  The thing is that this dark matter would travel faster than the material behind it. So the distance between the hypothetical "hot dark matter cloud"  and visible material will increase. 

That thing could explain why the expansion of the universe is getting slower. The longer distance causes that the gravitational effect of that pulling cloud will turn weaker. And the idea is that if there is some other dark matter area. Inside the core of the bubble of the visible material that will pull the visible material back to the point where the Big Bang happened. 

And then the last particles that were released in the Big Bang were so large or low energetic that we cannot see the cold dark matter. 

So the "hot dark matter" sends radiation outside the Gamma-rays. And the "cold dark matter" sends its radiation below the radio frequencies. 

There is also another theory of the source of dark energy. That theory is that dark energy is the radiation released from the first particles which formed in the Big Bang. That means that the dark energy would be like neutron radiation. 

The question about Dark Matter is that thing forms similar clouds and nebulas with visible material. There are galaxies where is no dark matter at all. And that thing means that dark matter is in glimpses.

Or there is the possibility that dark matter does not exist in the bubble called the universe. There is the possibility that the main parts of dark matter are outside the universe. That means that high energetic dark matter is pulling the universe behind it. 

https://astronomy.swin.edu.au/cosmos/d/Dark+Energy

https://astronomy.swin.edu.au/cosmos/d/Dark+Matter

https://www.quantamagazine.org/cosmologists-close-in-on-logical-laws-for-the-big-bang-20211110/

https://thoughtsaboutsuperpositions.blogspot.com/

Why is the Moon station is a more important thing than the Mars station?

Image I

The thing in the planning of the stable space stations for the other planets. Is to advance step by step. The first step is to create the technology that would use in those projects. 

And the Moon would be the perfect place for testing the technology that makes the other space station projects possible. The thing is that if there are some errors and problems in the structures or some solutions. Those things are easier to fix on the Moon than on Mars. 

But the beginning of the project is on the Earth. There must make many social and structural tests for making the structures that can work on the moon's surface. Researchers can take the next step. When the systems and structures work on the moon stations.  And they are proven safe. Similar concepts can send to Mars. 

The planet Mars is far, far away from the Earth. And that means the crews and other functions must be more independent. 

From Mars is a long way to home if there are malfunctions. The moonbase can evacuate immediately. If there are rescue capsules. In some concepts, the life-support modules and crew cabins are the rescue capsules that can launch back to Earth if something goes wrong. 

The first step on the route to make the stable stations to other planets is to make the mock-up system on the Earth. And then that thing would continue that the station would establish to some remote-areas like Antarctica and the floor of Ocean where it tested things like what kind of crew should go to the Moon. 

Image II: Mars (and Moon) simulation base in the Gobi Desert outside Jinchang, Gansu Province, China

Remote areas like deserts are also suitable places for testing the social construction of the crew. And those mock-up stations would work in a scientific role. Their crews can collect scientific data from their environment. In those desert and ocean stations could test things like nutrient support and airlocks. 

The key element is that the engineers are testing technology will develop as ready as possible on the Earth. Then the next step would be on the Moon and in the distant future to Mars and other planets. 

Creating the base on the surface of another planet is not without problems. There is the possibility that the seismic quakes can cause damages to the structures and destroy the station. 

Below the surface of Mars is carbon dioxide pockets that can vaporize. And that thing causes the collapse of the structure. But if we are thinking of the positions like the surface of the Jupiter moons. The problem is that there are oceans below the surface of those moons. 

The tidal waves of those oceans can break the ice core of the moon. And there is also the possibility that in those oceans are some primitive bacteria that can infect the crew.

https://www.inverse.com/innovation/nasa-engineer-moon-city

Image: https://www.popularmechanics.com/space/moon-mars/a28364235/nasa-moonbase/

Image II: https://coolmaterial.com/wp-content/uploads/2019/05/C-Space-Mars-Base-1-Gobi-Desert.jpg

https://interestandinnovation.blogspot.com/

Solar systems like our own might be quite rare.

The image of the external solar system above this text introduces the system where are seven earth-type planets. There are the best chances to find extraterrestrial lifeforms. But there is a difference between intelligent extraterrestrial lifeforms and intelligent extraterrestrial lifeforms. If somewhere is another civilization they might be very far from us. And that thing brings interesting visions to the mind of people. 

The nearest known solar system that is similar to us is 3000 light-years away. And that means the solar systems that are like our own might be quite rare in the universe. Sometimes wise men are asking the question that should the solar system where are intelligent lifeforms have 8 planets like in our solar system and should the names of the aliens "Jack" and "Jill". 

The fact is that if we would send the message to that solar system, that is 3000 light-years from us. The message will travel there 3000 years. And the answer would take another 3000 years to travel to our solar system. So we should think what was the level of a human civilization 3000 years ago. And 6000 years is a very good time to advance. 

https://scitechdaily.com/stellar-contradiction-solar-systems-like-ours-may-be-quite-rare/

https://www.theverge.com/2017/2/22/14674088/7-planet-solar-system-discovered-conditions-for-life-water-nature-nasa

Image: https://www.theverge.com/2017/2/22/14674088/7-planet-solar-system-discovered-conditions-for-life-water-nature-nasa

"Artist’s conception of the central portion of the Next Generation Very Large Array. Credit: Sophia Dagnello, NRAO/AUI/NSF" (https://scitechdaily.com/10-year-astronomy-plan-calls-for-massive-new-observatory-to-study-exoplanets-and-black-holes/)

And then the question that repeats one time after one: Are we alone in the universe?

The thing is that there is the possibility that the nearest civilization is about 3000 light-years from us. So that means we would not have a chance to communicate with that civilization. 

The thing is that the distance to other civilizations would be even bigger than this 3000 light-years. So when we are asking the question: are we alone in the universe we should also ask the question: what if we are alone in the area where we could communicate with aliens by using systems that exist. 

The thing is that there is another civilization in the universe.  But if that civilization is thousands of light-years away from us that civilization cannot affect us. Or we cannot affect that civilization. The thing is that there are billions and billions of stars in billions and billions of galaxies. So for being alone we would be a little bit too lucky. 

If we are thinking that there are two similar solar systems to our solar system in every galaxy. There are lots of similar planets to Earth if we are thinking of the scale of the universe. In this case, I meant for intelligent and technically advanced lifeforms. 

https://scitechdaily.com/are-we-alone-in-the-universe-nasa-calls-for-new-scientific-framework-in-search-for-extraterrestrial-life/

The lifetime of civilization is one of the most interesting things. 

In the theories of the advancing of the civilizations, every single civilization must pass the test for reaching the Kardashev scale. The first test is that the leaders of the hypothetical civilization must realize that the things like interplanetary travel require nuclear technology. That technology is easy to transform as a weapon. 

And those weapons might cause that the civilization would commit suicide. But if that civilization finds the common goal they would reach the first step to Kardashev scale and learn to flight between planets. The second test would be when the civilization would start to make colonies to other solar systems. 

In that case, there is the possibility that there would be a conflict between the civilization and its colonies. And another version of the conflict. Is that the civilization would meet another civilization. And that thing causes star wars. But if the civilization is reaching the third step of the Kardashev scale. The origin of it turns meanless. If the civilization reaches the galactic scale. It would turn immortal. 

Of course, the end of the universe would put a limit on that race. But when the civilization will conquer the entire galaxy there is a small step to expeditions to other galaxies. The first steps are difficult. But this day science fiction is the routine of tomorrow. Technical advancing turns many things that were stories and theories yesterday practice of tomorrow. 

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

The Artemis mission will delay. And the next astronauts are traveling to Moon no earlier than 2025.

The image above: 

Illustration of Artemis-astronauts on the Moon. (Credit: NASA). But those things could also be human-looking robots called CODE- or C-EVA (Controlled Enhanced Vehicle Applications (or Agents)). Those human-looking robots are created for risky missions in dangerous places like in the depth of oceans or nuclear accidents. 

Or that kind of robot can also operate at the orbiter during solar storms. Those robots can also fix secretive satellites because the information that is shared can be limited. Those robots can control by using the VR suits that are recording the movements and send them to the robot system. 

The Artemis mission. Or otherwise said, sending astronauts to the Moon was delayed by NASA. The samples from the Moon can take to Earth by using robots.  And that thing means that the Artemis is not necessary. The robots can easily remote control from Earth if they are operating on the Earth side. 

And the highly advanced artificial intelligence allows the robots can operate on the other side of the Moon. The robot can avoid things like craters and drive to the other side of the Moon independently. Then they can follow their tracks back to the dayside and then send the data to the Earth. Otherwise, the data can deliver at the first to the lunar orbiting satellite. 

And then that satellite can send it to the Earth. That satellite can use lasers and radars. for searching the most interesting things for robots that are operating at the surface of the Moon. There might be many different looking and different sizes of robots. Maybe some of those robots look like space-suited astronauts. 

The idea is that those robots can use hybrid sensors like lasers with TV cameras, spectrometers, and radars. To search for things that they must avoid. And also the same systems can take the samples from the surface. Those systems might have the description of the things that are the most interesting from the point of view of science. 

Image II: Luna 16

That kind of mission would be similar to the Soviet Luna-16 missions. In those missions, the robot probes send the samples from the  Moon to Earth. But samples are collected from the larger areas. And those systems can simulate the situation where the samples will take from Mars. The Moon would be the perfect place for remote-control laboratories that can handle the Mars samples without polluting them with organic material.

The problem with manned missions is that they are always a little bit dangerous. When millions of people are staring at the TV.  That thing increases pressure. Everything in the mission must go perfectly. And the worst thing that can happen is to lose the crew in front of millions of people. 

One of the reasons, why NASA decided to send astronauts to the Moon in the 1960s. Is that the unmanned technology was not advanced enough. Words that President Kennedy said after the Yuri Gagarin flight: "before the year 1970 astronauts will walk on the Moon". Have something to do with that thing. But the thing is that advancing robot technology is saving lives in space. 

Advanced and complex artificial intelligence is making it possible to use robots in many complicated missions. And maybe the human-looking robots would operate at the surface of the icy moons like Europa quite soon. The mission to those icy moons will take years. And who will go for spending long part of the life for that mission? If that mission is a delegate to robots that thing would easier to handle. And no human lives will be at risk during that mission. 

And NASA does not want to lose any astronaut in their mission. and that's why the robots are doing the "dirty work". When we are thinking about the technical level of the Apollo program. That NASA would delay that program as too risky. Risking the lives of humans is not a very good idea. And that means the risky and complicated missions would delegate to robots. 

https://scitechdaily.com/nasa-outlines-challenges-progress-for-artemis-moon-missions-human-landing-no-earlier-than-2025/

https://en.wikipedia.org/wiki/Luna_16

Image I: https://scitechdaily.com/nasa-outlines-challenges-progress-for-artemis-moon-missions-human-landing-no-earlier-than-2025/

Image II:https://en.wikipedia.org/wiki/Luna_16

https://interestandinnovation.blogspot.com/

The new wearable neural network can be a new tool for collecting medical data.

By using a wearable VR suit, the person can move the animated character. Or move the physical, human-looking robot. The movements of the robots can model by using virtual characters. And if the movements are acceptable. They would drive to the computers that control the physical body of robots.

But the intelligent sensors can use in much more things. The new wearable whole-body sensing networks are the things that can help to detect health problems faster than using the traditional body observing sensors. 

The system can follow the nerve signals that are traveling in the entire body. And that thing makes it possible to get data on the interaction of the nervous system and the other cells of the body. 

When that kind of system is connected with a spacesuit. This thing can use to find injuries from the body. The system might have an ultrasound and X-ray system that can detect injuries very fast.

The ability to clone things like eyes and then connect those things with microchips is making engineers possible create new types of probes. Those probes would be cloned animals that can be controlled by using microchips. 

The idea is that the senses or signals that are traveling in the nervous system of cloned animals would transfer to the microchip and decode for the computer. Then the operators can follow the environment by using the computers. The senses what that cloned creature would get would transfer to the screen and loudspeakers. 

If that kind of system can be wearable the installation of it would not be difficult. The system could be similar to a jacket that is worn to dogs on cold days. The jacket can collect the data from the body and if it is equipped with small cameras it can transmit the data of the things that animals see. 

https://www.futuretimeline.net/blog/2019/07/30.htm

https://scitechdaily.com/through-the-eyes-of-underwater-creatures-wearable-whole-body-sensing-networks/

Image:

https://www.futuretimeline.net/blog/2019/07/30.htm

Xipe Totec

And at the last one quite hypothetical-futurological (or non-proven and non-scientific) writing about the wearable neural network.

The modern version of the story of Xipe Totec would go like this: If the person would find the suit of the UFO-men or alien and wears that wearable neural suit. That suit would transmit the skills of that alien to the body of that person. But that story is only the rewritten version of the tale of Xipe Totec. 

The idea of wearable neural networks that can collect data from animals or humans is stolen from the Aztec legend of Xipe Totec. There is suspicion that Xipe Totec and "Skin-walkers" have the same origin. "Skin-walkers" are in Navajo mythology harmful witches that can mask themselves as animals. 

"Skin-walkers" are more peaceful than Aztecian god Xipe Totec, or "skinned god" that wore human skins. The story of the skinned god tells that if the human wears the skin what those creatures used they got the power and wisdom of skinwalkers or Xipe Totec. 

So the thing is that the wearable neural network can record everything that the users are doing. But also all data that travels in the nervous system of the person. So if some other person wears that suit it could transmit the memories and everything that is connected to memories from one person to another. 

When we are thinking about the wearable protective suits that are recording neural signals and what could transmit the data to the nervous system those systems could be useful in long-term space journeys. That kind of system could use to transmit new skills for operators in a very short period. And those suits can be the tools for reprogramming people. 

https://en.wikipedia.org/wiki/Skin-walker

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

Image:https://en.wikipedia.org/wiki/Xipe_Totec

https://interestandinnovation.blogspot.com/

The Phoenix model of reincarnation. And immortality.

A new study of the worms that can regenerate themselves is interesting to read. 

Theoretically, any animal in the world can reincarnate. Or naturally, at least the animals that are making eggs can make that thing. The thing is that the creature like a reptilian must only make a copy of itself in the egg. And that thing would create the reincarnation of that creature. 

But if we are thinking of reincarnation and immortality that thing is quite easy to make in the laboratory. The scientists must just remove the genetic material of the one-cell level fetus, and replace the removed material by using another individual's DNA. That thing makes it possible to create clones of any living creatures. 

The model where the organism would make the clones of itself and then transfer the data from their brains to the next generation has been made for the interstellar space journeys. The ability to create a new body by cloning itself would make it the individual creatures possible to travel thousands of years between stars. 

When the creature is getting old, the system would make the clone of its body. And then, the data would drive to the brains of that creature by using the teaching films or using the brain-core stimulation. The thing is that this kind of thing is never mentioned in the models of the interstellar spacecraft. 

The next thing is the high-tech version of the tale of Phoenix-bird. And immortality that can create by using high-tech equipment. 

Immortality is one of the most interesting things in the world. There are many stories and legends about that thing and one of the most famous of them is Phoenix. The bird that dies but at the same time it would create the egg and in the egg is the compy of that mythical creature. There is made the theoretical computing model what the Phoenix might be. If there is used the modern technology. 

The idea is that the bird would have a microchip in the nervous system. And when it dies it creates a clone of itself in the body. When the baby bird or clone is advancing it would just eat the microchip that is giving the electric impulses to the nervous system of the next-generation bird. 

So how that bird can burn itself? The simplest way to make that thing is just to create a situation. That causes the immune system is stopping working. That thing would cause that the bacteria will destroy  Phoenix's body immediately. 

https://scitechdaily.com/harvard-scientists-study-worms-that-glow-in-the-dark-to-learn-the-secrets-of-regeneration/

https://en.wikipedia.org/wiki/Phoenix_(mythology)

Image:https://upload.wikimedia.org/wikipedia/commons/4/43/Phoenix-Fabelwesen.jpg

How to teach social skills to robots and AI?

One of the versions is to make a large-scale database structure where is different versions of words are used in social situations. Then the programmer makes the first connections between databases. After that, the system starts to talk with its creators. 

The thing is teaching social skills for AI is quite an easy thing in theory. It's just connecting databases. But social skills are more than just saying words. They are noticing the facial expressions taking the hat off when going to the church. And other kinds of things.  

But if we want to make the AI what discusses like a real person that requires a lot of databases and connections between them. If the system would make the job interviews that thing requires lots of data. And if somebody says or asks about things that are not in the database, the system might ask the programmer to answer by talking or writing it to the computer. 

The thing is that if we want that AI to talk with us about everyday situations. That thing is really hard to make. The thing is that we don't normally recognize. That people are not using written standard language in everyday speech. So that requires that the databases can understand dialects. If we want to make an AI that has a very large set of skills. That requires large-scale databases. 

The problem with regular computer programs is that they are not using fuzzy logic. In the discussion programs, the fuzzy logic is made by using multiple databases that are connected with a certain social dialogue. Those databases are involving dialect words. 

They are connected to databases there is written standard language. And then those things are connected to the database that is including social dialogue. The thing is that the programmer can write social dialogue by using dialect words. And that makes the robot more like a human. 

If the social behavior like words that the AI uses are right the programmer or teacher would accept or deny that thing. If there is no match for an answer the programmer would write the right answer for the machine. 

The idea is that when the person is discussing with AI. It would record the things that the opponent is saying, and then answer. This kind of AI might have other parameters like images of the things facial expressions in certain situations. The AI is the ultimate tool in cases like job interviews and especially in video interviews. 

The system can follow things like the length of the brakes between the words. And how the voice is chancing when the person is talking. But it can also look for things like touching the nose during the interview. What kinds of things are marks of lies. That kind of system would also pick things like does the interviewed person has some kind of skills what the interviewer wants to find. 

When the interviewer asks about things like computer skills and what to do in certain situations the job seeker would cover the missing skills in long answers. That means that the interviewer would not notice that there are missing parts in the skills that the computer operator requires. 

 Like how to connect systems to the net. Or something like that. The system might record the answer. And then compare the answer with the actions what the worker should do in those cases. If there is no match, the person would not understand what to make. 

In the cases like job interviews, the AI can search if there are lots of the same names in the lists of referees in different job applications. If the same referees are always in the CV:s of the persons whose work is not. There is something wrong with those referees. 

Thorium 232, the next-generation nuclear fuel. For civil and military purposes.

Could Thorium-232 be the next generation nuclear fuel that replaces uranium? The difference between uranium and thorium reactors is that the thorium reactor requires the energy booster that it can maintain the nuclear reaction. In the case of the accident, the requirement for stopping the reaction is that crew will cut off that accelerator. And the reaction would stop immediately. 

Thorium-232 allows creating the next-generation nuclear reactors that are not creating radioactive waste. The price of thorium is lower than uranium. And the only difference between thorium- and uranium reactors is that thorium reactor requires a heating system. 

Or accelerator for making the energy for thorium fusion. The thing is that the thorium would make it possible to create more effective nuclear reactors. And its use in ships and especially in submarines and aircraft is an interesting opportunity. 

Also, thorium reactors can be used in fission rockets. Starting the reactor requires an accelerator that can take its energy from the regular electric power plant. So the accelerator would not be a problem. When the use of thorium as the nuclear fuel is mentioned. 

The use of thorium removes the thing that is giving breaks for full-scale benefiting the nuclear systems. That thing is the highly radioactive pollution. The question is why thorium is not used before? 

The thing is that thorium can be used in nuclear weapons that are not leaving a radioactive mark. In that case, high-energetic electromagnetic radiation like laser rays and quantum annealing systems are used to release an extremely high number of neutrons and energy to thorium. 

The depleted uranium of special ammunition can replace by using thorium. The radioactivity of that ammunition is problematic. In that type of ammunition, the thorium round travels inside the laser ray. And that thing can create nuclear fission when that ammunition hits to target. 

And that kind of system can use in the triggers of thermonuclear weapons. The nuclear weapon that is using thorium as the primary stage requires an extremely high-power energy load to the thorium fuel. The thing is that this type of clean and powerful system is interesting to both, civil and military authorities. 

The zero-point engines and energy

Sometimes zero-point engines are mistakenly mixed with exotic engines like silently levitating aerial vehicles. Those vehicles are silent. Because people cannot hear the sound of that system. 

Those extremely silent engine systems use sonic whirls. For closing the loud noise of the jet engines inside them. That denies people hearing them even they are close to that system. 

Zero-point quantum engines are the most promising systems for interstellar traveling. 

Zero-point quantum engines are engines that benefit the empty bubble or "bubble of nothingness" for increasing the speed of the exhaust gas.  Making electricity by using a zero-point system means that there is a lower energetic object than the environment. 

That means the energy is starting to flow to that object. And if that energy flow will travel across the antenna that antenna can collect energy from that energy flow. 

Zero-point engines

The term zero-point engine means the rocket which benefits the zero-energetic area or so-called empty bubble for creating thrust. The famous WARP-drive is one version of the zero-point engines. The electromagnetic and quantum fields around the craft will remove. 

And that makes photons and other particles travel faster than they can travel outside that bubble. So the speed of photons is always at the top. But the speed of a photon in the bubble where is no material or quantum field is higher than in places where the quantum fields are breaking the speed of photons by forcing it to curve. 

Can the EM-drive cross the speed of light? In normal space that is impossible. The quantum fields are slowing the speed of particles. And that means the speed of light is the limit for the speed in the cosmos. But what if we could create an empty bubble? An area where is no quantum fields, no scattering, and no material? The thing is that in the empty bubbles of space the speed of light is higher than outside that bubble. 

So if we would create the synthetic, empty bubble in the universe around the spacecraft that allows shooting particles with a higher speed than around this bubble. In those empty bubbles, the photons and all other particles can travel faster. When the craft is inside the empty bubble. That means the particles that are launched from engines are traveling faster than their speed would be outside that bubble. Those particles are pushing the craft when they impact the border of that empty bubble. 

The idea of zero-point energy is that the energy travels from the higher energetic area to the lower energetic area. And if there is an antenna between those areas the system can collect energy from that layer. The simplest way to make that thing is to use electronegative material. When electrons are traveling to that material. An antenna that is in the electron flow would collect energy from that electron flow. 

Making energy by using zero-point systems requires that the energy would flow to the craft. Theoretically,  this thing is possible by making the battery using electronegative materials like positive ion clouds. That thing makes the situation where the electrons are transferring in the positive ion cloud. 

And if there is an antenna in the channel where electrons are traveling that thing makes it possible to create electricity. In some other visions, there is a chamber where is extremely low-energetic material or the empty bubble called "bubble of nothingness". 

That thing causes that the energy is going to travel that bubble. So there can be the plate between the empty chamber that is creating electricity by capturing electrons. 

https://www.nasa.gov/centers/glenn/technology/warp/warp.html

https://en.wikipedia.org/wiki/Zero-point_energy

Viruses are the ultimate threat, but they are also the ultimate transmitters of genetic material.

Viruses are very important transmitters when the genomes are transmitted over the borders of species. The viruses are also a threat because they are hard to detect. Detection happens after some person or animal has been infected. 

 And the blood or tissue samples are involving antigens that are telling about virus infection. The thing is that viruses and especially artificial viruses are extremely powerful tools in bio and especially genetic engineering. 

Sometimes is researched the possibility to use the bacteriophages, the viruses that are destroying bacteria as the tool for controlling infections. The sad thing is that AIDS or HIV is one of the bacteriophages. In some scenarios, the genetically engineered HIV would use to destroy leukemia cells. The idea is that the specially engineered viruses would infect the cancer cells. 

And there is the possibility to make the viruses that can transmit their genomes only to cancer cells. The biggest problem is how to deny that viruses infect other than cancer cells. One of the solutions would create viruses which genomes can fit only to the ion pumps that exist only on the membrane of the cancer cells. But that requires the existence of that kind of ion pump. Genome therapy makes it possible to remove things like hereditary diseases. Nanotechnology makes it possible to create synthetic DNA. 

And that thing allows researchers to create things like artificial stem cells. Maybe in the future. The genetic code of every person's stem cells is stored in the computer. And if that person requires stem cells the system would clone those cells in the laboratory. In that case, every single person would have their stem cells laboratory waiting for their use. 

In some more futuristic ideas, the cells of every organ of the person would store in the laboratory. And if some organ would be damaged. The bioprinters would create a new organ for the person. This technology would turn the person immortal. The thing is that cloning human is possible. There is the possibility to change the genetic material from the nucleus of the fertilized eggs. In that process, the original genomes are pulled away. 

And the replacing genomes would inject into the cell. This thing is one of the most interesting things in genetic engineering. This kind of thing might be prohibited. But as you know the law is quite a weak thing. There is always the possibility to travel to countries where are no laws about this kind of thing. And the people who are working with this kind of thing might work remotely over the internet. They can control the robot arms by using remote-control tools. 

 

https://scitechdaily.com/viruses-are-both-the-villains-and-heroes-of-life-as-we-know-it-natures-powerhouses-for-genetic-innovation/

NASA is launching DART (Double Asteroid Redirection Test) to space

The DART (Double Asteroid Redirection Test) vehicle's computer is equipped with multipurpose artificial intelligence that allows it to navigate to an asteroid. Then that probe shoots the asteroid by using kinetic energy arrows that can turn the asteroid out of its course. The thing in this kind of operation is to keep the asteroid in one piece. The DART is using the impact technique where the satellite is impacting the asteroid. Pushing it away from the trajectory. 

The idea is that DART itself will push the asteroid to another trajectory. But maybe the future versions of that kind of system are the darts. Small sub-probes that are impacting asteroid and then push it. When we are thinking about kinetic energy vehicles. Also, so-called dummy rockets can use for pushing asteroids away from their course. The rockets might equip with an impact cushion or gel head that makes the impact softer. At first, the manipulator's arm will throw the rocket into an asteroid. Then they would touch the surface of the asteroid. And that thing activates the rocket engines. 

There is there might be also the possibility to use soft-head rockets. Those are not penetrating the asteroids. If we think of the possibility that the system is used for asteroid mining. 

The penetration ammunition would be more useful if the purpose of the system is to cut the asteroid in pieces. The idea is that the penetrating ammunition would start to resonate in the asteroid. And that will break the asteroid to pieces. And those pieces can pull near Earth where they can drop to the ground by using return capsules. 

The small-size intelligent rockets can also use in ASAT or killer satellites. The idea of this kind of killer satellite is that it would shoot the lower orbiter satellites with its darts. And then it would push those satellites back to the atmosphere without breaking their core. The internal artificial intelligence makes it possible that the satellite can search the target satellites without communication between it and ground stations. So the satellite can be silent when it approaches its target and shoots the impact vehicle to it. 

When we are thinking about the kinetic energy systems that are just pushing asteroids away from the trajectory those systems might be useful for the killer satellites. If the satellite shoots the target by using the gel or some other impact cushion that keeps the target in one piece. 

But it makes it fall to the ocean. Keeping the target satellites in one piece is a very good idea because that keeps the orbiter clean from the debris. The killer satellites are suitable systems for destroying enemy communication and recon satellites. Also, things like orbiter lasers can turn away from their course by using the pushing impact ammunition. The rocket will simply push the laser weapon to the atmosphere. 

https://scitechdaily.com/planetary-defense-nasa-prepares-to-launch-dart-to-deflect-asteroid-with-kinetic-impact/

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