Drones are open applications.

The controlling software and mission packs are determining the use of drones. The same drone can pollinate flowers. And make surgical operations.  It can search for lost people in forests. The drone can send images of people's faces to the central computer. 

And that computer can check the people's identities by using image contour matching. Or it can attack enemy soldiers in the cases that it recognizes an armed person. 

The controlling software and tools determine the use of the drone. The decision on how to use drones makes the user of the drone. 

Drones are multi-use tools. They are like platforms that can equip with different modules that can make them able to make many types of missions. The normal cameras of that system can search many things like a look inside houses and search things like weapons. The sensor and operational package determine what kind of abilities that system has. 

The Geiger meters make those systems able to search for radioactive material. And the infrared cameras give them the ability to search the thermal objects and thermal leaks from the houses. The small quadcopters can deliver airborne or even from satellites. They can operate as well as underwater and airborne environments. 

So they can take samples from the bottom of the water. And then those systems can fly to the helicopters or aircraft. The drones can have manipulators. And they can collect samples from flowers or they can pollinate flowers in the case that there are no bugs for that purpose. 

The laser systems are making it possible to use drones as the platforms for plasma spectroscopes. In plasma spectroscopy, laser rays vaporize the sample. And then the spectroscope analyzes the makeup of that molecular cloud. 

The power of drones is that they can cover large areas. And they can operate as the cloud. Drones in the drone swarms can share data with other participants of that thing. And that system can operate very independently. 

Decentralized computing means that the microprocessors share their resources with other participants of the data-handling entirety. The prototype of decentralized data handling system was early in the 21st century. For making animations and computer-based tricks. 

That system called Blender made possible that the very hard animations can make by using regular PC-or Mac computers. That system used a network-based solution for sharing the processor time of the regular PC:s. And that system started to use for handling complicated calculations in the cases that the power of the computers is not able to solve the problem. 

In the same way, drone swarms can use decentralized computing solutions for independent operations. In that model, the microprocessors of the drones are sharing their time with other drones. And that allows the drone swarms can make complicated operations independently. They can operate in the atmosphere of other planets. 

Drones are weapons themselves. They can cover the airfields and deny that the aircraft can lift off. The jet engine that sucks the drone inside it will be broken. The drone swarm can hang around targeter objects and try to make the incoming aircraft or missile hit them. If the system can calculate the route or the trajectory of the hypersonic missile that system tries to move the drone swarm in the position that the incoming missile will impact those drones. 

The drones can have tanks. And they can irrigate plantations. But the drones can also equip with saltwater tanks that are making it possible to use the drone as a stun weapon. The stun gun or taser system can load electricity to the water drops. 

And they can drop on the enemy communication systems or they can stun enemy soldiers. But in some scenarios, the tanks that are installed on the drone can carry nerve gases. 

The laser system can also act as a microphone that hears everything that is talked about inside the house. The laser microphones are multi-use tools. And the same systems can use also for scanning lidar (laser radar) and ranging systems. The lasers can also use to point the targets for missiles.  

The modern laser pointer acts the same way as the old-time system. But the idea is that the system takes the image of the area where are multiple targets. And the flash of the laser ray highlights the object that the artificial intelligence-based image-homing system must destroy. That system can use with an image homing system in the fire-and-forget anti-tank weapons. 

The operator can highlight the wanted object can make by using a marking pen or laser system. Or the operator can make that marking from the computer screen by using a traditional mouse. The system can use also the image comparison system where the AI compares the images that are stored in its memory. 

There might be points that the system uses for selecting the targets from the multiple objects. The main battle tanks can have the top points. And the APC has lower points. That helps the system select the most feared objects for targets. The imagination is the limit to using drones. 

Drones can use in many missions. They can serve as remote surgical operations. Or the group of drones can raise the wounded person out from the deep forests to hover VTOL aircraft. If drones have manipulator arms they can use them as building workers. They can make walls and wall the bricks. They can carry welding systems. 

Or the drone swarm can use as a giant 3D printer. The imagination limits the use of drones. The drone itself is the platform that can carry multiple mission modules as I wrote earlier. The drone can carry a shopping basket or it can carry laser radars. And in the worst case, the drone carries the sub-machine guns. The mission module determines the purpose of drones. 

And the system is a multi-use tool. Drones can carry pizzas or shopping bags to a certain GPS point. And the same system can use to carry the bomb to a certain point. So the thing is that drones are the most multi-use tools in the world. And even if things like microwave weapons can protect areas against drones we must remember history. Things like anti-aircraft missiles caused the prediction that bombers are old-fashion tools. And anti-tank missiles caused prediction that the tanks are old-fashion tools. But today both bombers and tanks are still in use. 

Image:) https://www.analyticsinsight.net/taking-drone-technology-to-the-next-level-by-making-them-multi-functioning/

Brain research and neurology help to make models for morphing quantum networks.

All humans have one portable and very effective morphing quantum network. That network is the human brain. When researchers want to create the BCI (Brain Controlled Interfaces or Brain Computer Interfaces) or make a closer interaction between machines and living brain tissue. 

They need precise information on how brains are working, which cell groups are active while brains are storing data and how they connect that data to forming the new entireties. That ability makes humans superior to all other species. 

The fact is that the thing that causes this superior is that there are so many neurons in human brains. Every single neuron handles a certain pixel of data. So our memory is like pixelated entirety. And a large number of cells and connections gives more possibilities to connect data and form the new entireties than any other animal can. A large number of pixels gives a large number of new entireties. 

The MIT Researchers found the neural circuit that helps hold information in the mind. The thing is that the number of neurons that participate in the data handling process determines would a person remembers something. Or would the experience crush? 

The data is stored in short-term memory for making an action matrix for future tasks. And that thing causes the negative things to be stored more easily than positive things. 

And there the brains are selecting what memories are needed to store and what must forget. Even if the brains have impressive abilities they have their limits. So large number of stored data means that brains should search right connections longer time, than in the case. There are only a few memories stored. 

The network circuit in the thalamus has a role in memories. It circles electric signals between neurons. That makes the memories are traveling in the brains and brains decide would they need those memories. Memories are playing a vital role in the survivability of the human species. 

Brains are using memories for creating an action matrix for the individuals. And the language is meant to transfer those models to other people. 

If the neurologists would find out which neurons are activating during certain worlds and certain movements. That thing makes it possible to create user interfaces that are revolutionizing things like aviation. The BCI makes it possible to turn aircraft without moving hands or feet. And brains can also control multiple systems like drone swarms at the same time.  

And that thing causes the brain cells to get the same memory again and again. That thing helps brains, that they have time to analyze how necessary the data is? If the brain thinks that data is necessary, it will store it in long-term memory. Otherwise, it will be a crush. 

The ability to read memories of the person makes it possible to give confirmed data about things that person has seen at the crime scene. If all people could see the person's memories from their computer screens. They can get confirmed data about the stories of the person. Today lie detection is based on the skills to read body language. 

But things like infrared cameras and MEG systems are making it possible to observe brain activity. And brains need more blood when they are telling lies than in the cases when they tell truth. 

The problem is that they show does a person tell lies. Those systems are not showing what a person remembers about the case.  But maybe in the future, the computers show memories on their screens like in TV-program. 

The knowledge of how and where the memories are stored will make it possible to read memories of living or even dead people by using computers. In those scenarios, the neurons of the dead person will transmit electricity. 

And their electric signals are transmitted to the decoder. But that thing could be true in the future. Maybe in the future, judges will see the last moments of a dead person from their computer screens when the system will decode the last memories of that person. 

https://scitechdaily.com/mit-researchers-identify-brain-circuit-in-the-thalamus-that-helps-us-hold-information-in-mind/

https://scitechdaily.com/fda-approved-drug-could-combat-middle-aged-memory-loss/

https://scitechdaily.com/exposing-liars-by-distraction-science-reveals-a-new-method-of-lie-detection/

Image:) https://scitechdaily.com/fda-approved-drug-could-combat-middle-aged-memory-loss/

Modern nano drones can use ion engines for maneuvers.

The miniaturized magnetohydrodynamic drive can be an excellent propulsion system for nano drones. 

What is the similarity between the fictional Cylon raider and the nano drone? The fictional Cylon raider has given inspiration for the ion engines that can use in the nano drones.

That thing is that both of those systems can use ion engines. Or sharper saying the water moving drone can use MHD (Magnetic Hydrodynamic Drive) for operating in liquid. All ion engines operate the same way. The propellant will ionize at the front of the magnetic accelerator. And then those ions will travel through that accelerator. 

The thing is that the tracks at the wings of the fictional Cylon raider could be the ion engines that can use in underwater conditions. The system can pull water ions through those channels and then that thing makes those systems operate. 

As I just wrote the small size of the nano drones is a problem for the engineers. It's hard to make moving parts for tiny machines that are smaller than blood cells. One of the solutions that can solve the problem with miniature propulsion is the small-size gauss accelerator or gauss track. The gauss-accelerator or gauss gun can turn to the MHD system very easily. The requirement is that the ions will travel through that track. 

The system will pull ions at the front of the track and drive them backward. That system would be the miniaturized version of the MHD system (Magneto-Hydrodynamic Drive) where magnets are pulling water from the front of the magnetic accelerator. And then the system will just transport those ions backward. 

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

Images: https://scitechdaily.com/tiny-microdrones-propelled-by-light-driven-nanomotors/

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The nano drones are the most multi-use tools that engineers ever created.

Artistic representation of a microdrone with two active light-driven nanomotors between red blood cells. Credit: Thorsten Feichtner ((ScitechDaily/Tiny Microdrones Propelled by Light-Driven Nanomotors)

Nano drones are small robots that are like smoke. Those drones can get their energy from photovoltaic cells and radio waves. They can also use miniature batteries. The problem with nano drones is their small size. Making a suitable power source for the extremely small machines and their computers is problematic. 

The nano drones can revolutionize surgery and in those cases, radio transmitters can send the required electricity to drones. Or the catheter can equip with light that delivers energy to the miniature photovoltaic cells. 

Those drones are smaller than cells. Those miniature drones can operate on the human body. And they can interact with the user by using BCI (Brain-Controlled Interface). So the nano drones can act as an intelligent immune defense. But the fact is that the nano drones can operate independently and use the same networked computing solutions that larger size drones use in independent drone swarms. 

The miniature drones can swim in the fuel tanks. They can search the leaks. And then those drones can swim to the hole and close it. They can form a temporary plug until the repairers can make the requirement. There is the possibility that the nano drones are also covering the structure of the future aircraft. Those drones can send the vertical radiation signals that are denying radar echoes. 

Or the swarm of miniature drones can use as an intelligent decoy that pulls incoming missiles to them. There is the possibility that tomorrow every submarine is followed by a swarm of nano drones. Those nano drones can observe the vibration in the water and otherwise observe hostile things. 

The nano drone swarms can also operate in recon missions. They can slip into the clothes or bodies of the person. And then they can release in the operational area. The nano drones can read the data that is traveling in microprocessors. The drone just "sits" on the microchip. And then it transmits data to the receiver. 

Size comparison between quadrocopter and microdrone. Credit: Xiaofei Wu (ScitechDaily/Tiny Microdrones Propelled by Light-Driven Nanomotors)

The nano drones can also use in elimination missions. They can slip into the targeted person and destroy blood vessels. 

The term decentralized computing means that the participants of the data network can share their missions. The same thing works with all kinds of microprocessors. The system cuts the program into pieces. And each piece is equipped with an identifier. That helps the participants of the operation can connect the pieces back to their entirety. 

The idea is similar to the quantum computer where the binary data must transform into a qubit. The drone swarm operates as a neural network. And that means the system can operate and learn very fast. The learning network has the operational models stored in their memories. Then the system starts to test what is the best of those models. The system takes an image of the operational area and object of the operation. Then it starts to select the operational models.

That thing can happen by sharing the drone swarm in pieces. Then the system shares the action models with each of the drone swarms. And then it can compare which model is the best. Values that the learning machines can use is the number of damaged drones. The time that the system is used for the mission and then the success of the mission. Then it can store the mission and mission area in its memory. That is because it can use the complete models it faces another similar problem. 

 https://scitechdaily.com/tiny-microdrones-propelled-by-light-driven-nanomotors/

Images:) https://scitechdaily.com/tiny-microdrones-propelled-by-light-driven-nanomotors/

There are two speeds of sound on the planet Mars.

Image: BigThink/ No music on Mars: Sound is different on the red planet

If we will put the microphone in a chamber and there is similar gas pressure and gas mixture with the atmosphere of the planet Mars, we could make fundamental acoustic sensors. That system makes it easier to separate low- and high-pritch acoustic waves from each other. These kinds of sensors can use to detect seismic sounds. And it can also separate the sources of the sounds. 

There would be no music on planet Mars. The reason for that is this. Low-pritch and high-pritch sound waves travel at two different speeds. 

On ScitechDaily, the speed of sound on planet Mars is described like this. "On Mars-planet, low-pitched sounds travel at about 240 meters per second, while higher-pitched sounds move at 250 meters per second". But what would somebody make with the speed of sound on another planet? 

The fact is that this kind of information can be useful when researchers are making sensors that mission is to separate different sound sources from each other. In that kind of system, the microphones will be in a chamber where is similar gas pressure and gas mixture that is in the atmosphere of planet Mars. 

And that gas mixture will make it possible to separate the low- and high pitched sounds from each other. That thing can make it possible to create new types of acoustic analysis systems. Those systems can use to analyze the type of things that are making the sound. 

https://bigthink.com/hard-science/mars-sounds-music/

https://scitechdaily.com/variable-speed-of-sound-on-mars-what-sounds-captured-by-nasa-perseverance-rover-reveal-about-the-red-planet/#:~:text=On%20Earth%2C%20sounds%20typically%20travel%20at%20767%20mph,effect%20of%20the%20thin%2C%20cold%2C%20carbon%20dioxide%20atmosphere.

Image: https://bigthink.com/hard-science/mars-sounds-music/

https://artificialintelligenceandindividuals.blogspot.com/

New solar panels operate in the nighttime.

The new solar panels harvest energy from infrared light. That means they can use things like body temperature. For making electricity at night. The infrared-based solar panels can use any heat source for making electricity. 

They can connect to clothes. And infrared solar panels can create energy for the mobile telephone battery. But also microchips that are in the intelligent clothes can get energy from those infrared panels. 

But those systems can be even more capable if they are connected with bioluminescence light. The bioluminescence light can use also with regular solar panels. The idea is that the light that solar panels need will produce by using bioluminescence cells. 

Bioluminescence light can make it possible to create solar panels that work the nighttime. And bioluminescence light can also use in light amplifiers. 

The new solar panels can operate in the darkness. And they can create about 1/10 of the power that solar panels create during the daytime. The system is based that the starlight will put travel through the light amplifier. 

The problem with a light amplifier is that it requires electricity for its amplification unit. The light amplifier works like a laser. The light travels through the light and outcoming light will increase the power of the light. And that outcoming radiation is normally created by using led-lights. 

But biotechnology can also help in that thing. The light amplifier and solar panels can use also bioluminescence to create electricity. 

The bioluminescence light that is created by living bioluminescence cells can solve the problem of how to make the solar panel that operates at night time. Owls are the birds that are using the light amplifier. In the eye of its own is the channel surrounded by the bioluminescence cells. And that system works as biological light amplification. 

The bioluminescence cells can get from the deep-sea fishes. Those cells that are creating biological light can hybridize with bacteria. And those cells can produce light in the nighttime. The light that those bioluminescence cells form. Can be driven through the light amplification system.  That uses those shining cells to increase the power of light. 

The bioluminescence cells can also close in the chambers that are forming the laser ray. That laser ray can drive through the light amplifier. And it can make the solar panels operate at night time. The idea to use bioluminescence for that kind of system is that those cells don't require electricity. And the use of biological light denies the need to use electricity. That makes those systems very capable and they can feed things like miniature computers more effectively than systems that are basing traditional LED lights. 

https://www.euronews.com/green/2022/04/08/reverse-solar-panel-technology-still-works-when-the-sun-goes-down

WARP drives and quantum engines.

White holes and WARP bubbles are the most interesting things when we are thinking about hypothetical interstellar travel. But the thing that makes those things also interesting is that they can offer the perfect solution for transport data. WARP-bubble is the lowest possible energy level in the universe. 

And that makes it interesting. If we want to make a WARP bubble around the spacecraft we should drive very much energy to the spacecraft from inside it. If the WARP bubble will form around the particle that will cause the energy to flow away from the particle and that means the particles turn to wave motion. So the energy source inside the spacecraft should replace that energy. Or the spacecraft will be erased. 

There is another possibility to create the quantum engine by using a WARP bubble than just surrounding some spacecraft with it. In that case, the WARP bubble will form in the rocket engine. And then the material will drive to that bubble. The WARP bubble turns particles to the wave motion and that wave motion will move the craft forward. That type of quantum engine would be one of the most impressive engine solutions in the world.

The white holes or the points where the wormholes are ending are the most powerful phenomena in the universe. The theory of the wormhole or Einstein-Rose bridge goes like this. When a black hole is forming after the supernova explosion that thing causes the energy channel. 

That energy channel travels in the universe like a snake. And sooner or later it would connect to the area that is in the lowest energy level. So the WARP bubble would make the wormhole connect to it. And the material would be released to the universe from that point. 

So the X- or gamma-ray pike from the black hole will come from the white holes that are near that object. The fact is that the white hole acts like some kind of ion cannon and it destroys traveler who wants to get in that channel. 

The rocket can benefit from white holes by using them as a power source. In that case, the rocket engine at the forward would create a black hole. And behind the black hole will open the white hole that pushes particles and wave motion backward of the rocket. 

There are two ways to benefit the wormhole in spaceflight. The first one is just to travel through it. In that case, we should dive into the black hole. But there is another way to benefit from the wormholes and white holes than just travel through them. Another way is that the white hole would be open in the rocket engine. 

In that case, the black hole that is in the absolute symmetric, ball-shaped chamber will connect to the rocket engine's combustion chamber by using a wormhole. In that combustion chamber will open the white hole. And the particles and wave motion from that white hole will push the craft through the space. 

https://miraclesofthequantumworld.blogspot.com/

The new biological microchips can revolutionize mobile technology.

The bacteria can use in self-repairing organic microchips. The use of living cells as the base of the new biological microchips is making it possible to create microchips that can implant into the human body. 

Genetic engineering makes it possible that the surface antigens of those living microchips are similar to their user's antigens. And that denies the immune reaction against those microchips. When we are thinking about the organic- self-assembling and self-repairing microchips we could install them in the nervous system by simply injecting those systems into the blood vessels. 

Then the encoded DNA would make those microchips swim to the right point of the nervous system. The use of implanted microchips is limitless. They can use to control mobile telephones or the pilot can control every system of the jet fighter by using brain implanted microchips. But the problem with regular microchips is that they need surgical operations. The self-assembling living microchips can simply inject into the body. 

They can take electricity from the nervous system. And communicate with other computers by using a high-tech bandanna. When those microchips are not needed anymore they can put themselves to pieces. And then those microchips can remove themselves automatically from the body.

The organic microchips are making it possible to use the cloned neurons in the devices. Living, cloned neurons are the same way fascinating tools in the computer sciences as some quantum computers are. Of course, living neurons require nutrients, but they can boost computing. 

Biological solar cells are the new area for biotechnology. And living cells are making it possible to create self-repairing biological robots. 

Along with chlorophyll-molecule-based solar cells that new biological system can be the next big step for computing. The biological microchips can get energy from biological solar cells. The biological solar cells can be self-repairing. In those systems, the chlorophyll is in small protein capsules. 

There is the possibility that genetic engineering makes it possible that the system can make those protein capsules automatically. And then another genetically engineered bacteria can inject chlorophyll molecule into that protein capsule. The microchip-controlled genetically engineered bacteria can make many very complicated things. So there is the possibility that those biological microchips are injected into bacteria for making them the biorobots. 

There is the possibility, that if some photosynthetic bacteria have two poles those bacteria can create electricity for nano-size microchips. That thing makes it possible to create self-assembling devices. The core of biological research and intelligence devices can be made by using chorale animals or some bamboo. The cells of the core make that structure able to repair itself. 

https://phys.org/news/2020-01-chlorophyll-molecule-key-solar-cells.html

https://www.sciencedirect.com/science/article/pii/S0264127520305177

https://www.sciencedirect.com/science/article/pii/S0264127520305177

https://scitechdaily.com/surprising-bacterial-nanowire-discovery-may-lead-to-living-and-self-repairing-electrical-circuits/

Image: http://archive.neural.it/init/default/show/1432

https://artificialintelligenceandindividuals.blogspot.com/

Do you know that bacteria that plays tic-tac-toe knows its mission as much as some soldiers before they go on a mission?

What is intelligence? What determines if the creature is intelligent or not? Can we call bacteria that make complicated structures intelligent? Or is intelligence the ability to make complicated movement series the same way time after time? If that thing is true the birds that are introducing ritual dance before making couples would be very intelligent. 

But the intelligence is one thing that causes discussions. Is it the ability to follow orders or the ability to break rules? And make something new. How would we determine the intelligence? Is it the ability to create something new? Or is it the ability to win Garry Gasparov in chess? But what if the person would not do anything than play chess? 

Then we can think the cases like Kaspar Hauser. If that famous boy would stand in a closed room and all things that person makes play chess, we could create a chess genius. All the neurons what that person has would be used for playing chess. That person would be the ultimate chess player, but there might not be any other skills. 

When we are thinking that the person who knows why something must be done is intelligent, we must remember one thing. If we are thinking that the person who trains another uses Pavelov's methodology where successful action will bring price and unsuccessful action causes punishment we must realize one thing. The actor who works under the supervisor and tries to please that person knows that unsuccessful action causes punishment. 

In so same way bacteria that is trained in petri dish knows that the wrong meal causes antibiotic shock. The actor is working under the supervision of the brainwasher. Which is another name for the person who uses Price/punishment methodology in training would know the mission as much as bacteria in a petri dish. 

The learning process of bacteria happens that when the bacteria are trying to harm the wrong cells, they get an antibiotic shock. The negative effect will be stored in the plasmid of bacteria. And there is the possibility that this plasmid ring can use to transfer memories and skills between people. 

Maybe when we need new skills in the future we just take the pill. That involves the DNA which transfers memories to the cells. 

Learning is a process that bases on memory. The person remembers the skills that he or she has. So manipulating those memories is making it possible to make new skills for people extremely fast. 

The idea is that the things that wanted to transfer would program into the DNA. And then the actor just eats the pill where is the programmed DNA. That transfers those memories to certain neurons. That allows program those cells very effectively. 

https://brobible.com/culture/article/scientists-taught-bacteria-play-tic-tac-toe/

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

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

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

https://artificialintelligenceandindividuals.blogspot.com/p/bacteria-played-tic-tac-toe.html

https://artificialintelligenceandindividuals.blogspot.com/

Bacteria played tic-tac-toe.

Researchers taught bacteria to play tic-tac-toe. That thing might not seem very impressive. But the method that those researchers used makes that research almost fundamental method where the right solution will bring prices like nutrient or sugar fluid. And the wrong solution will bring antibiotics. 

These kinds of experiments are our knowledge of how bacteria create resistance against antibiotics. Maybe bacteria learn to avoid antibiotics. The same process that makes bacteria antibiotic-resistant can help to understand autoimmune diseases like allergy and rheumatism. The thing in autoimmune diseases is that the immune system learns to strike against its useful tissues. 

Researchers used the classic Pavlovian teaching methodology for teaching bacteria. The method is based simple idea of punishing/price methodology. Created by Ivan Pavlov. That man invented a methodology called brainwashing. His method is simple. When the subject follows orders that creature get's price. When the subject makes something against the superior. That will cause punishment. That process continues until the action turns automatic. The tic-tac-toe playing bacteria are proving that methodology that Ivan Pavlov created. Works also for bacteria. 

Also in that bacteria experiment, the wanted actions brought price. And non-wanted actions brought punishments. But of course, the bacteria needed some applied method how to use that thing. 

Bacteria reacted to that price-punishment model and learned new skills. This experiment proved that bacteria can make more complicated things that nobody even thought of. Teaching bacteria can bring a new type of medication. The same method that is used for making bacteria play tic-tac-toe can use to make bacteria find harmful cells from the human body. In that case, the bacteria are swimming in the petri dish.

That experiment might involve three layers. Trained bacteria can be the next-generation biorobots. When researchers train bacteria. They use antibiotics. When bacteria do something that is not allowed the non-wanted action causes antibiotic shock. 

1) Bacteria will be put in a dish with harmful cells. That makes bacteria eat them. The idea of the two first stages is to teach bacteria where they can get nutrients. 

2) After that bacteria will transfer to a dish. There are useful cells. When bacteria try to eat those cells that are equipped with the genome. That makes them create antibiotics. 

That means the useful cells give a signal that they cannot use those cells for nutrients. Or otherwise, the attempt to eat useful cells causes antibiotic injection. 

3)  In the third dish could be bacteria with useful cells, and harmful cells. The useful cells are combined with antibiotics. So bacteria must select its nutrient between useful cells and harmful cells. 

When bacteria try to eat useful cells. The antibiotics affect it. And that thing makes bacteria possible to learn what kind of cells they must eat. That thing can use in many things. They can use to improve immune resistance. 

Trained bacteria can remove cancer cells from the human body. They can also use to clean blood vessels. But in things like nanotechnology, trained bacteria can use to move parts of the nanomachines in certain positions. The thing is that researchers don't know how complicated things those bacteria can learn. 

https://brobible.com/culture/article/scientists-taught-bacteria-play-tic-tac-toe/

Image: https://brobible.com/culture/article/scientists-taught-bacteria-play-tic-tac-toe/

New organic microchips are opening huge scenarios of the possibility of nanotechnology.

The new organic non-sense microchip technology can create intelligent immune systems. But it can also make it possible to control robots and computers over the internet. 

Some of those organic microchips are self-assembling and that means they can install in difficult places in the human body. The same technology can use to make nanomachines. As well as even larger structures can create by using technology that is created for microchips with self-assembling protein structures. 

New organic components are making it possible to create more flexible microchips that can control the prosthesis or connect brains straight to the internet. The worst problem with implanted microchips is that they are causing rejection. 

And if microchips and other components can cover by using the proteins that are similar to the unique proteins that are forming cells of the person who gets implanted microchip. The implanted microchips can use in BCI (Brain-Computer Interfaces). They can use to control remote robots. But the same systems can also control small nanomachines like nano-submarines inside human bodies. 

Those nano-submarines can clean the blood vessels. And they can implant microchips into macrophages. That allows the brains to control those nanomachines effectively and controlled macrophages can transfer cells to different locations. 

If the person's cell proteins cover microchips. They would not activate immune systems.  The self-assembling organic microchips are also making it possible to create self-assembling nanomachines. Also, those proteins can revolutionize cancer therapy. The proteins can close blood vessels that are taking blood and nutrients to tumor cells. 

But the new self-assembling protein-based logic circuit causes fundamental visions of the microchips that can be injected into blood vessels. And then those microchips will assemble themselves at the right point of the body. The protein-based self-assembling structures can also use to create ventilation in the blood veins. Those ventilators could be self-assembling and they can close the blood flow in the veins that transfer blood to tumors. 

The problem with tumors is that they are sending the chemical marks that make the body create blood vessels in the tumor. And if that "call-protein" is connected to nanomachines. They can travel straight to the tumor. But there is also the possibility. That the nanomachines of tomorrow are just connecting themselves to tumors and trying to close the ion pumps of those cells. 

https://scitechdaily.com/printable-self-assembled-logic-circuits-created-from-proteins/

https://scitechdaily.com/new-organic-transistor-enables-higher-density-circuit-integration-for-high-performance-mobile-devices/

Image:) https://scitechdaily.com/printable-self-assembled-logic-circuits-created-from-proteins/

Cerebrospinal fluid from young mice rejuvenated old mice's brains.

The effect of CSF injection (Science Alert/Old Mice 'Rejuvenated' With Injections of Brain Fluid From The Young) 

The old mice's brains rejuvenated when they got an injection of the brain fluid from the youth. And that thing is one of the most interesting things in the history of neurology. That thing shows that cerebrospinal fluid (CSF) plays a big role in the process that forms the myelin and improves the abilities of the old memory cells. The CSF injections could be one way to improve people's life quality in old age. Those injections can create by using the cells that form that fluid. So that fluid can form in the cell cultures and transfer to the patients. 

This type of biomedical solution is based on the idea that all mammals have similar brains. And if the brain stimulation works with mice. It should also work with other mammals. So maybe in the future researchers will transfer the young cells that are creating CSF to the head of the person. Those cells can create by cloning them or transferring the genomes that are taken from the young person to some regular cells. There is the possibility that in the future all people in the western world has own genome and DNA maps. 

Or just after birth, medical staff will take the DNA sample of the person. And then if something happens that DNA can multiply and the nanotechnology can cut it into pieces that will transfer to the cells. If the purpose of all base pairs is known and the DNA can be cut just at the right point. That thing makes it possible to create precisely needed cells.

The cells that are forming CSF can inject into the human veins. Or they can put it in a capsule that is drilled into the human skull. Those cells need only nutrients that they can form the CSF. The CSF must just conduct to the right area and that thing is the fundamental idea. If that kind of medical treatment is functional that means a big advance. 

The reason for that is simple. This kind of injection doesn't require high accuracy. The fluid must just drive inside the skull. And that means there is no damage to the brain. If the fluid must inject straight to brain tissue there is always a small possibility that something dangerous will be damaged. 

Maybe rejuvenating human brains by using CSF injections is one way to help Alzheimer's disease patients. And that thing can also use for improving the life quality of old people. That kind of medicine can replace synthetic chemicals in the future, and they can be the next-generation way to keep people functioning longer than ever before. 

https://www.sciencealert.com/scientists-rejuvenate-the-memories-of-elderly-mice-by-injecting-them-with-young-mouse-cerebrospinal-fluid

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

Image: https://www.sciencealert.com/scientists-rejuvenate-the-memories-of-elderly-mice-by-injecting-them-with-young-mouse-cerebrospinal-fluid

Microwaves are the next-generation weapons.

Drones and drone swarms are the next types of weapons. They are dangerous to any possible targets. One quadcopter can carry HEAT or thermobaric explosives that are dangerous even to main battle tanks. And if somebody wants to make an attentate against some other targets like politicians we must remember that civilian armored limousines are lighter than main battle tanks. 

The U.S Navy tested microwaves against the drone swarms. Microwaves can be effective tools in both, offensive and defensive systems. 

Portable microwave systems can be dangerous to humans. But the thing is that also drone swarms can equip with microwave weapons. The development of microwave weapons has been classified as secret. There are microwave burst bombs. 

They are getting their energy from the explosives that press the battery. The USAF used those microwave bombs during operation Enduring Freedom. The name of those bombs is HPM (High Power Microwave) bomb. There is also another version that is using high-power radio waves. 

Those MWBW (Microwave Burst Weapons) are made to shut down enemy radars. But they can also use against drone swarms. Normally stealth bombers and attack aircraft use those bombs against the radar and communication installations. But the microwave bombs can also drop above the drone swarms. 

Image 2

Microwaves are one version of the DEW (Directed Energy Weapons). Microwave weapons are promising tools against satellites and drone swarms. The difference between lasers and microwaves is that microwaves are like a shotgun burst. A high-power microwave system can create a large beam that can harm or destroy multiple targets at the same time. 

And they can form a protective shield around the target. In some versions, the ship can equip with the 360 degrees rotating microwave antennas that can create a bubble that is hard to penetrate with missiles. The difference between microwaves and radio waves is that microwaves cause injuries. 

Those burning injuries can cause death. And that's why microwave weapons can kill people. The high-power microwave burst causes the liquid in the cells is starting to boil. This effect will detonate those cells causing a hydrostatic blast in the body of the target. The radio wave-based systems are harmless. But they can cause a powerful EMP effect that jams electronics in large areas. 

Image 3

Maser (Microwave Amplification by Stimulated Emission of Radiation) systems are extremely thin microwaves. Maser systems are similar to lasers. The difference between a maser and a laser is that the maser system forms coherent microwave impulses. Laser forms coherent light beam. 

In the maser system microwave travels in the magnetic field. And that magnetic field increases its power. 

Those coherent microwaves can have the same accuracy as lasers. The maser systems can install in the drones. Even if one drone cannot create a powerful microwave burst the entire drone swarm can point those microwaves to one point. 

https://interestingengineering.com/pentagon-microwave-technology-drone-threats

Images 1 and 2: http://www.superconductors.org/emp-bomb.htm

Image 3: https://interestingengineering.com/pentagon-microwave-technology-drone-threats

Quantum clocks are the most advanced clocks in the world.

Laser pulses can use to make the logic gate. But laser systems can also use to create ultra-fast clocks. Those systems benefit the frequency of wave motion. When the energy wave hits the sensor. It sends the impulse to the oscillation circuit. 

Ultra-fast laser flashes are making it possible to create computers that are a million times faster than anything before them. But by using quantum-hybrid technology is possible to make a clock, which frequency is, even higher than any clock before that. The idea of that ultra-fast clock is to benefit the wave motion of the light or other electromagnetic radiation. 

The wave motion can use to adjust clocks. The frequency of the wave motion determines how often the oscillation circuit sends the pulse to the system. The frequency of wave motion can make the same thing that crystals are making in the regular clocks. When wave motion hits the sensor. That sensor sends the signal or energy pike the oscillation circuit. 

Image 2: 1 The sensor in wave motion-based oscillation circuit. 

In image 2 the wave motion is adjusting the clock system. When the top of the energy wave touches the sensor it sends the impulse to the clock. The frequency of the wave motion determines the frequency of the signals that are making the clock circuit oscillate. 

Image 3: The wave motion that travels over sensor pairs. 

The idea is that the radiation or wave movement would affect the quantum sensors one by one. Image 3 introduces the model where wave motion just touches another sensor in the sensor pair in the wave motion travels in the oscillation unit. 

The wave motion touches those sensors separately. And the sensors measure the energy level of the wave motion. That makes it possible to transmit data in the same system. The use of wave motion in the clocks and their oscillation circuit requires the elimination of disturbing effects from the system. 

How to make WARP bubbles without black holes?

 How to make WARP bubbles without black holes?

At the beginning of this text, I must say that the wormhole is only the tube-looking WARP bubble. In those phenomena, the radiation or quantum bubble forms the area where are no crossing quantum fields. That denies the form of a doppler wave. 

And theoretically, there are no speed limits in that channel or bubble. All wave movement and particles are traveling with the same speed in those areas that are isolated from the outside effects. So in WARP-bubble and wormhole, photons and all other particles travel at the same speed. 

There is one "a very easy way" to make the WARP bubble or WARP channel through the universe. The idea is simple. The high-power hollow laser rays will shoot through the universe. And then the laser rays will create a high-power electromagnetic field. 

The purpose of that field is to remove plasma from the laser ray. That hollow laser ray will just deny that outcoming photons can come in that channel. There are also needed two electromagnetic fields. One field for both polar plasma. That keeps the plasma away from the core of the laser ray. 

That will pull plasma away from the channel. That thing could make the electromagnetic vacuum inside the laser ray.

The wormhole is another name for the WARP channel. The idea is that the wall of that energy tunnel will isolate the internal structure of the electromagnetic tunnel from the universe. All particles and wave movement travel in that tunnel at the same speed. 

So the particle that travels in the wormhole will just ride with the wave. And that denies that energy cannot travel away from that particle. The wave movement travels in the wormhole in one direction. Sometimes people expect that the wormhole will collapse too soon that it can use for space travel. 

The fact is that the wormholes will stay in their form as long as the particles that are traveling in them have higher energy levels than outside the wormhole. If the wormhole is disconnected from the black hole it will collapse right away. But if there is a black hole that is connected to it. That black hole will pump energy to the wormhole that keeps it in the form. The wave motion that is at a hyper-high energy level will keep the wormhole open. 

The requirement for the wormhole is that energy levels on both sides of it must not get the same energy level. The requirement for an existing wormhole is that the energy level at another end of that channel called the Rose-Einstein bridge is higher than at another side. When the energy level on the other side of the energy channel turns higher that causes that the energy starts to flow there like in the tube. 

The white hole is the point where material and wave motion comes out from the wormhole. So the wormhole is the vacuum that just sucks particles into it. The idea of the wormhole is that wave motion moves only one direction inside it. 

Pauli's exclusion principle. And its relationship with wormholes. 

We know that normally black holes are the thing that are feeding wormholes with energy. If the energy level in the wormhole is higher than the energy level outside it that keeps the wormhole open. 

So the wormhole is the channel that forms between the black and white hole. 

The white hole is the point where particles are coming out from the wormhole. The white holes are the point where the energy level in wormholes or energy channels across the universe is turning too low. And particles are coming out from that point. 

But is there a possibility that the wormhole is forming without black holes?

 Pauli's exclusion principle means that there are no two identical fermions in the same quantum system. But if there are two identical fermions. They form the "lightning" or energy channel between them. In that case, the energy level of another participant of the quantum entanglement must be higher to begin the energy travel between the superpositioned and entangled particles. 

The name of the identical fermions or other elementary particles is superposition. There is the possibility that the energy channel will get energy from outside it for stabilizing. And then energy must start to flow inside that energy channel that it rises its energy level higher than outside the energy channel. 

The idea is that the outside wave motion will pump energy to the core of the wormhole. And that thing would make it possible to create a stable channel through space and time. 

Dyson's sphere is one of the most fascinating megastructures.

Artist depiction of a Dyson sphere. Credit: Kevin McGill

Researchers think that they can notice Dyson's sphere that is around the white dwarf. The hypothesis is that Dyson's sphere is the megastructure that alien civilization is made. So if there is some kind of Dyson's sphere around the white dwarf that thing will prove the existence of an alien civilization. The problem with the creation of Dyson's sphere is the weight of that enormous structure. The rotation of the structure denies its collapse to the star that is in the middle of it. 

The alien civilization can use the white dwarf as an energy source simply driving ions and other material to the surface of the white dwarf. And those impacts will create energy that this megastructure collects. But the thing is that white dwarfs are a little bit too anemic for searching that kind of civilization. 

The standard model of hypothetical Dyson's sphere is the extremely large structure that some aliens create for solving the population problems. That kind of civilization can stay home after their sun exploded like a nova. And that giant structure offers a home and energy collector for that civilization. 

Maybe highly advanced civilizations can use Dyson's spheres for creating new artificial stars. 

But then we might think that it's possible, that an alien race would build Dyson's sphere around the red dwarf or even larger stars. In that case, the sphere itself can be unmanned and it can send energy to aliens by using laser rays. 

But the highly advanced civilization can use Dyson's sphere for some other purposes. They could create stars by using that sphere. In that case, the sphere will pull ionized hydrogen inside it. Then it can aim laser rays and press that ion cloud together by using magnets. That allows the creation of small-size stars. 

Neutron stars would be more promising energy sources than white dwarfs. 

There is a possibility that neutron stars can use it to create energy for themselves. The neutron stars are transmitting energy in the form of radio- and electron rays. Using that energy requires that the radio receiver or iron wire will pull in that energy ray. That wire just conducts the electrons from that ray to the energy transmitter. 

When we are thinking that structures the mission is just to collect energy we can just cover magnetic objects like neutron stars or planets by using a network of iron wires. That kind of lightweight version of Dyson's sphere can collect energy and send it to the users. So it can be unmanned. And equipped with power transmitting systems. This kind of system can send information and energy even to other solar systems.

Dyson's sphere is only one version of megastructures that can someday serve the human race. The thing is that we cannot predict what kind of future we have. But the possibility to make Dyson's sphere-type megastructures is fascinating. 

Today, Dyson's sphere is also the common name for rotating ball-shaped space stations. The size of those more or less possible theoretical stations changes from a couple of tens of meters to the systems that are larger than the entire solar system. 

Sources and images

https://phys.org/news/2022-05-dyson-spheres-white-dwarfs.html

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

Drone swarms are network-based, independently operating systems.

The idea of network-based computing is simple. The computers are sharing their abilities through the network. That makes them able to run complicated computer programs. And one of the most complicated computer programs is artificial intelligence. In the case where the drone swarm must make complicated solutions. It requires complicated AI-based programs. 

Reprogramming the entire swarm is easy. The only needed thing is to program one drone. And then that drone scales the solution through the network. 

The new drone swarms are a good example of the power of network-based solutions. The drone swarms can interact with other systems and in the simplest model, they can cover large areas. And those groups of drones can transmit images to the base  AI-controlled drone swarm of thousands of quadcopters that can cover large areas. Those quadcopters can cooperate and if somewhere is something interesting the AI can send an image of that area to the commander. 

The drone swarms can control large areas. They can communicate with the ground units and assist the men who are in that area. In the case of military use, those drones can drop HEAT grenades on the roofs of tanks. Drones that are delivered from aircraft just before the attack can disturb the anti-aircraft missiles by flying between the missile battery and the aircraft. Or those drones can fly to the route of the attacking aircraft. If that kind of thing will get in the air intake that can cause bad damage to aircraft. 

They can track and aim the possible targets for other units. And those drones can drop to an area for confirming the existence of secretive systems. They can drop even from satellites and even the small size quadcopters can have infrared cameras and laser microphones. They can also use the same lasers with laser-spectroscopes. 

If drones are touching the ground they can have seismic sensors. Those systems can confirm the position of the narcotics laboratory or the bomber group that is under camouflage. The drone can also follow suspects in the case of law enforcement. And they can equip with the sun or lethal weapons that can use to neutralize suspects. 

The drones can highlight the area where is something that might interest the commanding staff. The thing in the network-based solutions is that each component of the entirety must not reprogram for every possible situation. There is enough that one of the components of the network-based solution is reprogrammed and then that unit can scale the new skills through the entire network. And that thing makes those network-based solutions flexible and powerful. 

Images and other sources: 

https://interestingengineering.com/china-drone-swarm-forest

There are no limits to the future's biotechnology.

There is a possibility, that someday in the future, people like Elon Musk will culture things like rockets. The vision is that things like trees would make so strong by using genetic engineering that they can use for the rocket structures. 

Modern biotechnology makes brand-new renewing structures possible. The new structures are basing the genetic hybridization of different organisms. One of the most impressive theoretical construction materials is the hybridization of spiders, wood, and chorals. In that material, the cambium of the wood is replaced by silicone. 

That those chorals are using in their shields. The genomes that are making the spider's web can turn the vascular bundles to the similar to what is forming the strongest material in nature. That material is a spider's web. And the wood is making the structure that can use the self-fixing materials. The fact is that this vision of futuristic materials might look a little bit too futuristic. 

But when we are thinking possibility to change the veins of the trees to the same material as the spider's web we can make the ultimate biomaterial. The wood can turn extremely tough if we would press it to size by using very strong pressure or explosives. That thing will turn the internal structure of the wood homogenous. 

The future of biotechnology has no limits. Genetic engineering makes it possible to connect the DNA bites. The ability to combine different species is unlimited. If the creators of those things have the right laboratories in use. 

In the wildest vision, even the spacecraft can create by using biomaterials. Genetic engineering makes it possible to combine things like diatoms and cells that are creating a spider's web. What would somebody do with wood where the walls of the veins formed of the same material that creates the spider's web. The strongest material in nature.  

The diatoms are the algae and bacteria that are creating the silicon core. And many other animals are creating shields by using limestones or silicone. One of those animals is choral. What if silicone cover's the cells of the wood? 

The weird quantum effect called tunneling can cause DNA mutations.

Image 1:

The idea of mutations is that the tunneling causes errors in the positions of the nitrogen points in the DNA molecule. The effect itself happens between hydrogen and nitrogen atoms. And that thing can cause many mutations in the DNA structure. 

The thing is that the nitrogen-hydrogen bond and tunneling effect causes the mutual positions of the thymine and adenine. And also other base-pairs like guanine and cytosine to be chancing. The position of the reactive points of molecules affects the distance where they can create chemical bonds. 

The tunneling effect is one of the things that can cause simultaneous mutations in the DNA molecule. That thing can cause interesting ideas about human intelligence. Researchers are found what kind of genetic mutations causes the higher intelligence level of humans than other animals. 

Image 2: 

Interesting thing is that the AI can calculate those mutations that are causing the changes in the IQ. And if that thing is connected with electromagnetic interaction in the thymine and adenine the system can calculate the perfect electromagnetic environment for the favorable advancement. The thing is that DNA is a very complicated molecule. The base pairs are formed of complicated sugars. 

There is one thing in chemistry that also affects that thing. That is the sic-trans isomerism. That term means that when the molecule is on another side its abilities are chancing. The DNA is formed of very complicated molecules. The position of the reactive ends of molecules affects the distance where that molecule can make contact. 

And even a small change in the form or shape of the complicated structure has an effect. If the position of the reactive end of the molecule is chancing that affects the molecule's "willingness" to make the connections with other molecules. So the positions of those nitrogen-hydrogen pairs are extremely important. And changes in those positions affect the form of the DNA molecule. 

https://www.iflscience.com/health-and-medicine/weird-quantum-tunnelling-effect-may-explain-spontaneous-dna-mutations/

https://scitechdaily.com/surprising-discovery-how-a-gene-mutation-causes-higher-intelligence-in-humans/

Image 1) https://scitechdaily.com/surprising-discovery-how-a-gene-mutation-causes-higher-intelligence-in-humans/

Image 2) https://www.iflscience.com/health-and-medicine/weird-quantum-tunnelling-effect-may-explain-spontaneous-dna-mutations/

New winds of hypersonic flight.

Image 1) Artist's impression of Lockheed-Martin  SR-72

The purpose of test planes is to bring data for larger-scale systems. Data collected from hypersonic systems like miniature missiles, and test planes can research and develop for bigger. And more capable multi-use super- and hypersonic aircraft. Whenever some manned or unmanned aircraft goes to hypersonic areas the test unit brings information from that extreme area beyond the supersonic world. 

The Lockheed-Martin SR-72 hypersonic testbed brings vital information from the hypersonic world. Along with DARPA's hypersonic, scramjet-driven missile test unit. Those remote- or AI-controlled systems can make test flights safely. And that means there are more risks that those units can take. 

That is vital for the larger-size hypersonic aircraft. The large-size hypersonic aircraft can carry satellites to low earth orbiters. And they can also carry cargo and passengers all around the world very fast. 

Image 2) Artist's impression of DARPA's scramjet-driven missile concept

From the military perspective, hypersonic aircraft can operate in many roles. The high-speed bombers and attack aircraft are of course things that are in the mind of military personnel. 

That means the next-generation troop transporters can use hypersonic flight when they transport paratroops on long-distance flights. Then those aircraft can slow. And the paratroopers can jump out of the cabin. 

Hypersonic systems can flight long-distance flights by using hypersonic speed. And then they can slow their speed for delivering their cargo or make some other missions. Rumors tell that USAF already has hypersonic (Mach 6+) recon and maybe nuclear strike capable aircraft at least at the R&D stage. 

In some scenarios, the scramjet engines can install to a regular 6th. generation jet aircraft. Like auxiliary rockets installed in the space shuttle. When those engines are not needed anymore they can drop away. That concept means that the jet plane can fly to the operational area very fast, but then there that thing acts like a regular jet plane. 

But when we are talking about the internally fixed installed scramjet and ramjet engines. They will bring more capacity to all aircraft. And the most fascinating version of hypersonic aircraft is the space shuttles that accelerate at the Earth's atmosphere to a speed of Mach 12. And then they will jump out from the atmosphere. After that jump, they can turn to use rocket engines. 

Image 1) https://www.19fortyfive.com/2022/05/sr-72-the-air-forces-secret-plan-for-a-mach-6-bomber/

Image 2) https://www.defensenews.com/battlefield-tech/2022/05/09/darpa-maturing-scramjet-powered-hypersonic-weapon-concept-through-follow-on-program/

The bouncy trajectory makes it possible to create long-enduring miniature submarines and hypersonic aircraft.

There is an idea, that hypersonic aircraft can fly by using a bouncy trajectory. When the aircraft's speed is high enough, it can jump out of the atmosphere. And then that system can dive back and during that dive, the rapid air turbine can load its electric system. 

The problem with scramjet and ramjet engines is that they don't have moving parts. But if the scramjet-driven aircraft will make ballistic jumps during its flight that allows the loading of electric systems from the atmosphere. 

The fact is that hypersonic aircraft can use also ion engines. That kind of engine requires lots of electricity. And if the system can load its electricity. That thing makes it possible to use something else than nuclear power for the thrust. The plasma-ion thrusters are making it possible to make small-size high-speed drones. But the problem is in electric power. 

The idea for that kind of hypersonic flight is not introduced originally for aircraft. The idea of a bouncing robot is introduced for a small-size research submarine that can operate for years without nuclear energy and reload. 

Image 1) https://www.upi.com/Defense-News/2018/11/14/DARPA-issues-contract-proposition-for-hypersonic-missile-defense/4311542213243/

The form of backswimmer can use in long-enduring miniature sea robots.

The idea is that the submarine that has similar swimming organs to backswimmers can get energy for movement and systems by using a pressure engine that moves the rods that are making that small system swim. When the small pipe will bring water to the flap that moves the rod that thing moves that small system. The rods are needed in cases where there is lots of grass and other water vegetables. 

Then another idea for using the small robot submarine that uses ecological energy is the simple torpedo-looking thing that has a long tube in the tail. When that craft will dive the tube lets the water flow through it. And then that water flow will rotate generator. Then that craft would start to come up, and the ventilation system can turn to operate backward. That system can be connected with swimming rods that are allowing that system operates in the algae. The idea for this kind of system is that it can research things like coasts and rivers and map their animals and flora. 

Image 2) https://howtomurderpests.com/types-of-swimming-pool-bugs/

From business environment to innovative environment

Above this text is the electric bulb. The electric bulb is the symbol of inventions and innovations. 

An environment that favors innovation and encourages people to do innovative work favors people for productive work. If people and the environment would not encourage people to make new things. We would not probably have things like electric lights. 

The support from society like workspaces made it possible that Thomas Alva Edison along with Joseph Swan made the electric bulb or electric light possible. Another of those two inventors created an idea to use the filament by using wolfram. And another invented that the vacuum denies that oxygen cuts that wire. 

Business means the interaction between companies. And it's the network where companies and people offer and buy products. The thing is that a good-looking business is nothing without a good product. The product can be physical merchandise. 

Or it can be SOAP (Service Oriented Application) like a barbershop or some micro support services. When the company or its boss starts their business, they must select from two opportunities. They can buy rights to the product of some other company. Or they can make their innovation. Innovation requires resources, and it takes time. 

But the fact is that the successfully created innovation brings lots of value for the company and its workers. Being the prime mover is difficult. The prime mover must make all R&D (Research and Development) work themselves. But in that case, all material and immaterial works are belonging to the company. 

That means other companies must pay for that solution. If it's protected by patents. But the requirement for successful innovation is trust. The trust for the product and the support and understanding from the environment. These are the things that are making innovation possible. The innovative environment is the thing that supports productive work.

Encourage environment is the thing that makes new products possible. A positive attitude is one of the key elements of an innovative environment. If people would not encourage inventors. There would be many inventions that were not even made. 

https://artificialintelligenceandindividuals.blogspot.com/2022/05/from-business-environment-to-innovative.html