The same system used for detecting individual rats can use detecting many other things. That system can track the merchandise in the warehouses. It can see if somebody opened some boxes or boxes are changed.
The system can detect the details of individual firearms. Every metal item's surface is full of scratches. Those scratches form the individual image. And the AI can use that image to detect individual firearms from all images it can see. That means the AI can track illegally sold firearms from the crisis.
A New AI-based program can separate individual rats. Its mission is to find paths that city rats are using without the need to implant those rats. The AI-based recognition system can be connected to any surveillance camera. And the same system can operate with drones. That makes it very easy to detect the paths that city rats use.
But the same system can use for predator research. That kind of system can detect individual predators. And if some predator like a bear or wolf attacks pets. That system can use to find that individual. And that allows targeting the force to that member of the pack. In this model, the camera takes an image of the predator that comes to the yard. Then other cameras can use to track that individual.
That allows for minimizing damage to the predators. The problem is how to find individual members of the group. That makes damage or is dangerous. If hunters shoot all other predators. But that single one stays free. That means the damages continue. The image of that individual predator can load onto computer-controlled rifles that launch ammunition only when that individual harmful predator is in sight.
The same system that use to recognize individual rats can use to recognize cars or vehicles. Even if the car is painted the system can inform how high percent is that the car is pictured in some other place. The system can detect if vehicles are used in prohibited areas. Or they can use it to compare images of firearms or other items. That allows law enforcement to track where criminals get their stuff.
New robots can turn their state of matter from solid to liquid and backward. And they can make T-1000 a reality closer in the future than we expected.
Above this text is the "jailbreak" of the next-generation robot that can change its state of matter from solid to liquid and backward. Maybe quite soon. The T-1000 robots from the "Terminator" movies turn into a reality.
The new robot is a combination of magnetic particles and gallium. Gallium is a soft metal with a melting temperature of 29,76 degrees Celsius. "The researchers embedded a gallium matrix with magnetic particles, creating what they call a "magnetoactive solid-liquid phase transitional machine"." (ScienceAlert.com/Scientists Create Shapeshifting Humanoid Robot That Can Liquefy And Reform)
The nanotechnology-based microchips could control the magnetic state or the magnetic field's strength. And that kind of solution requires a large group of miniature microchips that control the state of matter in that gallium matrix. Those microchips can also operate as the entirety or cloud-based application that controls the movements of that next-generation system.
The size of microchips determines how flexible that robot is. The liquid robot can clean surfaces in the computers. But they also can have many operating areas in medical and military technology.
The liquid robot can close leaks in tubes in factories and power plants. Or they can close hemorrhage.
Maybe researchers cannot make the T-1000 robot yet. But there is lots of use for that kind of machine. The liquid robot can travel inside blood vessels and clean them. The system can also operate in cancer treatment by closing blood vessels that transport nutrients to the tumor.
The image above the fictional T-1000 is coming from the floor.
There could also be military applications for that system. The liquid robot can slip into the building. There it can collect data from its environment. And if the liquid robot has some kind of photoelectric sensors. It can place itself around the optical cable and collect data. That is traveling inside it.
And that system can operate as an assassination tool. The liquid robot can slip into the targeted victim's body. And then close some blood vessels in the body.
That makes this type of nanotechnology multipurpose. And in the wrong hands, that kind of machine can be devastating. The same system can have multiple uses. And that makes nanotechnology an interesting but same time dangerous tool. Many laboratories in the world are developing tools based on nanotechnology.
Time is relative: Writing about the nature of time and time travel's principles.
The idea of H.G Wells's time machine is that a rotating disk causes time dilation. Then the WARP bubble allows that disk to accelerate to very close to the speed of light.
Theoretically, there is nothing wrong with that system. The system creates a WARP bubble in the air. And then. The rotating plate's speed can increase to the speed of light.
And after that, the earth's gravitation causes virtual crossing at the speed of light. The remarkable thing is that H.G. Wells wrote his novel "The Time Machine" in 1895.
Albert Einstein introduced time dilation in 1905 in his "Special relativity". "General relativity", published in 1916.
Albert Einstein meant general relativity to handle the gravitational effect in strong gravitational fields.
The only thing, that denies H.G Wells's time machine from working is that the centripetal forces will break the rotating disk before it can accelerate to very close to the speed of light.
https://en.wikipedia.org/wiki/General_relativity
https://en.wikipedia.org/wiki/Special_relativity
Time is relative: Writing about the nature of time and time travel's principles.
What does time travel mean? It means the ability to bring information from the future to the past. And send information from the past to the future. But that requires that time is real and it's in space. If time is just energy level in particles time travel is impossible.
The system is useless. If it cannot send information back to the past from the future. Sending the sender to the future is easier than to the past. Because the sender must cross the speed of light if it travels to the past. If we send the sender or transmitter to the future. We must just make it spin with the speed of light.
There is the possibility that the researchers could send and receive information from the past and future by using superpositioned and entangled particle pairs. The problem is that the past is at a higher energy level than the future. We could travel to the future "quite easily". We must just travel with the speed of light. And that stops time.
But then we are in trouble. How can we travel back to the past where the energy level is higher than it's in the future? The answer is that we should just make the quantum entanglement cross the time. And if researchers want to send the information to the black in time.
They must rise just the energy level of the sending side of quantum entanglement to a higher level than the side at a laboratory in the past. That requires an extremely high energy level. Or the energy level must be so high that the quantum entanglement can transmit information to the past.
So there is one way how to make that thing in theory. The spin of the sending side must rise to the speed of light. And then the sending side must take to the gravitational field. The escaping velocity and speed of the object allow virtual crossing at the speed of light.
The requirement for time travel is this: escaping velocity + speed of object > speed of light
Time must exist in space, not just energy level in material that time travel is possible.
Albert Einstein said that time is relative. That means time moves faster or slower depending on the power of the gravitational field or the object's speed. So one version of time is the energy level of the particle. So if we will pump energy into the particle, we can increase their lifetime.
That thing is called time dilation. Time moves slower in the strong gravitational field. So in the black hole time should turn to travel backward. The reason for that is in the place where the object's speed reaches the speed of light time stops.
And when the object's speed crosses the speed of light. That thing turns time moving backward. In the event horizon, the escaping velocity is higher than the speed of light. And that thing makes time travel backward if we find logic. At the point where escaping velocity reaches the speed of light time stops.
The requirement for a working time machine is: escaping velocity + speed of object > speed of light (As I wrote earlier in this text). But if time would travel backward, would time traveler turn child again? Nobody knows.
Escaping velocity+Speed of (rotating) object must be higher than the speed of light. And, of course, the time must be real. If time is just energy level in material time travel is impossible.
And when the escaping velocity turns higher than the speed of light, that should turn time to move backward. So can we make a time machine by following that logic? The idea is that the machine will have some structure that rotates with the speed of light.
Then that machine will travel to the gravitational field. And then the speed of that rotating part and the escaping velocity should have the speed that crosses the speed of light virtually. The idea is that the gravitational field will compensate for the speed of light. And that thing should make time travel possible.
But that requires one thing time must also exist in space. If time is only energy level in material. We cannot make time machines.
"Curved spacetime is a concept in the theory of general relativity, proposed by Albert Einstein, which describes how gravity affects the shape of the universe. It suggests that the presence of matter or energy in the universe causes the fabric of spacetime to curve and bend". (ScitechDaily.com/Cosmic Simulation: Researchers Create Curved Spacetime in Lab)
Researchers created simulated black holes and curved spacetime by using Bose-Einstein condensate. The idea of this research is. To make energy flow into a very cold point. Similar way as it flows into a black hole. And then they can research the curvature of spacetime.
The image above is a curved spacetime model. All gravitational fields form a funnel in spacetime. When the gravitation turns stronger it pulls the funnel longer. And the thing that makes time dilation in that funnel is that the particle that drops in the strong gravitational field's center galls that funnel longer than in the weak gravitational field.
In this model, kinetic energy is energy, that travels from the gravitational funnel to the particle. And that thing makes particles remain longer. That is one way to explain time dilation. But then we can think about the Bose-Einstein condensate. The thing that makes this type of superconductor interesting is that they can use to make simulated black holes.
Bose-Einstein condensate can also use to create a thing called zero-point energy.
Zero-point energy is not energy from nothing. It's energy that travels at a certain point. Zero point energy means the system, where in the middle of the system is the material like liquid helium or Bose-Einstein condensate in minimum energy level. The temperature of that material is as low as possible.
That thing makes energy flow at that point. If there are some antennae like a graphene layer or 2D copper layer near that object. Energy flows through that layer. The atoms of that layer will capture that wave movement.
This thing should make a very powerful energy source, but the thickness of the antenna is difficult to determine. If the antenna is too thick. The zero-point system cannot pull energy through it.
And especially the collector antenna's size and density determine that system's power. The power of that system depends on how much energy it can collect. But still today, this type of energy source is theoretical level.
"The researchers found that the decrease in cognitive performance was caused by the discomfort and annoyance of wearing masks rather than any physiological mechanism. However, participants were able to adapt to the distraction over time." (ScitechDaily.com/The Hidden Cost of Face Masks: Study Shows Negative Impact on Cognitive Performance)
But there are, of course, many psychological reasons. That decreases cognitive performance on both sides of the mask. One of the things that cause the decrease in the cognitive performance of mask users is that the mask is uncomfortable. It causes the subliminal feeling that if a person pulls air in and moves the mask away from the face that causes infection. And that disturbs concentration.
One of the things that cause the decrease in the cognitive performance of mask users is that the mask is uncomfortable. It causes the subliminal feeling that if a person pulls air in and moves the mask away from the face that causes infection. And that disturbs concentration.
Researchers noticed that face masks are decreasing cognitive performance. The reason for that is that lots of communication between people are non-verbal. The mouth's movement plays an important role in non-verbal communication.
And if the person doesn't see a mouth. The brain cannot get the full image of the face. That means focusing attention on the face is harder than if a person sees a mouth. The mouth plays an important role when human recognizes other human faces.
And if the person would not see the full face. That thing means the ability to concentrate on the discussion is lower than usual. Hiding mouth is a message that another person is not honest. That decreases the ability to remember what other people are saying. Also, the speech of the mask user can be less clear than the person who speaks without the mask.
Researchers found a new brain area called SLYM (Subarachnoidal LYmphatic-like Membrane). "A new study in the journal Nature Aging describes a new anatomical structure in the brain called SLYM, an abbreviation of Subarachnoidal LYmphatic-like Membrane, that acts as a barrier and a platform from which immune cells can monitor the brain. Credit: University of Copenhagen" (ScitechDaily.com/Neuroscientists Discover Previously Unknown Component of Brain Anatomy)
The new, previous brain structure that allows immune cells to observe the brain is remarkable. And a new finding that has ever been observed before in the human body is always interesting.
We know. That interaction between neurons and immune cells has a big role in the human body and its immune defense. It helps immune cells to operate while they fight against infections. But the ability to observe the interaction between neurons and immune cells allows for researching hereditary behavior.
Maybe that point is the interface where data that controls the hereditary behavior will transfer from the DNA to neurons. The neurons can control immune cells by using neurotransmitters.
But also, immune cells can send information to neurons. The reason why I believe that is the communication between neurons and immune cells is a two-way process. When we are thinking about fears like fear of snakes that are hereditary. We must realize that those things are written in the DNA. Then at some point in the person's life, that data will be driven to neurons.
The new brain layer is one of the most remarkable findings because that allows us to explain consciousness. The thing is that consciousness is a little bit different or bigger things than just electric impulses and neurotransmitters.
When we are talking about the brain, there are no meaningless things. All things are important. And we know that some of our fears and behavior are written in our DNA. And the point where the data will transfer to neurons is a very important thing. If we want to find the origins of the phobias and things like behavior.
That is typical for species. In some visions, researchers are making the virus or DNA-controlled nanomachine there is a piezo-electric crystal and DNA that controls the electricity of that crystal. The artificial virus or DNA-controlled crystal can use transport data between the brain. The DNA-controlled nanomachine gives an electric shock to neurons. And that allows transferring data to the brain.
Alzheimer's disease is the thing where neurons lost their ability to communicate with each other. Brain stimulation can help to treat Alzheimer's disease. But it can also use in criminal investigations to return missing memories to mind.
Brain stimulation can help to treat Altzheimer syndrome. But brain stimulation can also use weak memories brighter. The same methods that can use for Alzheimer's disease can help to better memory in cases. Where connections between neurons are stronger. And that stimulation helps neurons find lost connections. So that can also use to return the forgotten things in the mind.
"An artist’s rendition of the photoacoustic airborne sonar system operating from a drone to sense and image underwater objects. Credit: Kindea Labs" (ScitechDaily.com/Photoacoustic Airborne Sonar System Combines Light and Sound to See Underwater)
The photoacoustic lasers can be installed in quadcopters, helicopters, and aircraft. Or even in satellites. The photoacoustic laser's laser transmitter can separate from the search platforms. The laser system can be inside the ships or the high-power ASAT- lasers can use as the laser system of that kind of photoacoustic laser.
Lasers and small quadcopters are the ultimate combinations. The small-size quadcopter can equip with a mirror. And that mirror can use to aim laser rays at the ground target.
A laser ray will jump from that mirror. And then, the system will aim the laser ray at the wanted position. But the laser rays can also use as powerful pressure weapons. In that model, the system will shoot water droplets above the target. And then high-power laser rays can explode those water droplets.
If the system aims lasers or microwaves at the water. That thing creates a bubble in the water. The high-speed vaporization makes pressure waves that can use in airborne sonar systems. But if the power of laser rays is high enough, it creates so powerful pressure wave that can destroy a submarine or ship. This kind of system can make the next generation of killing FAE or pressure weapons possible.
In airborne sonar, the key element is the technology that combines acoustic devices and lasers. Laser systems make bubbles underwater. And those bubbles send sound waves around the bubble. Then the airborne system can use those soundwaves to detect underwater objects.
That is one version of the next-generation hybrid systems that can revolutionize submarine detection. If the laser ray that hits water has enough power. It can create so powerful pressure or soundwave that it can destroy submarines. The laser-based stun guns can use water droplets that are shot by laser. The speed of vaporization determines the power of pressure impact.
The combination of the lasers and water can make very powerful sound waves. The laser can aim to water droplets and then the laser system just vaporizes the water droplet. That thing can form powerful sounds or pressure waves. That is one thing that can make next-generation stun devices or even lethal pressure weapons possible. The idea is that the drone will drop water droplets into the air. And then high-power lasers or microwaves will aim at those droplets.
