"This warp drive is a theoretical concept where a spacecraft travels faster than light by contracting the space in front of it (red) and expanding the space behind it (blue). (Image credit: Mark Garlick/Science Photo Library/Getty Images)" (Space.com/30 years after warp drives were proposed, we still can't make the math work)
The ability to manipulate atoms using twisted light is a new way to create new technology. When we think about cases in material or some subatomic structures turn high energy that makes the new types of stealth and other types of technology possible. When we think about the situation there hadron's main particles hover inside their common quantum field making it possible to create material that is invisible for radar, infrared, and even for the human eye.
The laser system can control the size of the energy fields in hadrons. And that can make it possible to create material that lets radiation travel straight through it. When radiation pushes those subatomic particles it pushes them like rolls. And those particles just store energy inside them. As kinetic energy. If that energy rises high enough those particles turn into black holes. It is possible to harvest energy from those particles and then drive it back to the craft. That makes it possible to create new types of drive systems for aircraft.
The idea of the Alcubierre WARP drive is that the spinning particles in the craft pull energy into the craft's front side. Then the system pushes that energy into the back of the craft. The idea is that the craft rides in space between the energy ditch at the front of the craft.
"Using structured light beams, scientists have found a way to control ionization with unprecedented precision. This could transform fields ranging from medical imaging to quantum computing. Credit: SciTechDaily.com" (ScitechDaily, Physicists Just Found a Way to Control Atoms Using Twisted Light)
(Space.com/30 years after warp drives were proposed, we still can't make the math work)
And energy wave behind the craft. That should transport craft forward. But that system requires lots of energy. Can this system cross the speed of light? That is a different question. However, it offers a fundamental system that can make it possible to travel in the solar system.
When we think about things like hypothetical Alcubierre drives the biggest problem is to make the energy ditch at the front of the craft. In some visions, so-called quantum rolls can solve that problem. The idea is that the particles in the direction where the craft travels will spin in the same direction.
The idea is that those quantum rolls store energy inside them or they can conduct energy back to the craft. That forms the energy ditch that pulls craft forward. If the system can transfer energy back to the craft it can make it possible to create energy waves behind the craft. That pushes craft forward. In some other visions particles that are trapped in graphene will be put to spin.
The system harvests energy into those spinning particles and weight starts to grow. The idea is that when the mass of those spinning particles grows they can form the synthetic gravity field in the craft. The idea is that the spinning particles store energy inside them until they turn into black holes. Or the energy that they store will push those particles into the fourth dimension. That leaves a hole in that point.
The idea of radar and other radiation absorption is quite simple. The material must conduct radiation energy sideways when radiation hits to material. The thing that makes material visible is reflection. There are also materials. or systems that turn radar impulses from both sides of the target. Those systems' base is in counter radiowaves or plasma fields that can aim radio waves that way that the receivers cannot get the reflection. There is the possibility of breaking that kind of stealth technology using asymmetrical receivers.
That means some receivers are in other positions where they could receive the radio wave that reflects that is aimed away from the radiation source. Another way is to make material that absorbs radiation. The material acts like kevlar acts with pressure impact. That material shares energy into larger areas. And that makes it so good material for bullet-proof wests. The quantum absorption material acts the same way as Kevlar. It transports impacting radiation energy sideways. The problem is that the material cannot bind energy inside it forever.
Sooner or later. The energy level in the material turns so high that it can send radiation impulses back to the radar. In some tools, the counter radiation is sent in thin wave packages.
Those wave packages pull energy out of the incoming radio signals. And that should make the reflection weaker. The problem system must aim those counterwaves away from the radar receivers.
"Absorbing layers have been fundamental to advancements in technologies like energy harvesting, stealth systems, and communication networks. Credit: Syracuse University" (ScitechDaily, Ultra-Thin Absorers Break Records and Revolutionize Energy and Stealth)
The anti-stealth radars can use very high transmission power and change the area where the radiation impacts. That means the anti-stealth systems try to fill material. The system uses different transmitters and receivers. The problem with those systems is that the smooth curves on stealth planes make the reflection scatter. But sooner or later. The radar can get an echo. The system can use also things like laser radars and spaceborne optical reconnaissance satellites. Those satellites can send target data to the missiles and maybe quite soon to the laser stations.
The counter systems against those anti-stealth systems can include anti-satellite weapons and small-size missiles that should destroy those radio transmitters. In the same way, the satellites that transmit data to the anti-aircraft systems must be in stable positions. The biggest problem with optical satellites is clouds and for. The infrared absorption is easy to make using the ram air. The aircraft's shell will be cooled. By using the air tubes that are under the shell.
The problem with absorption is where the material can transport energy from itself. Material cannot store energy into itself forever. So it must transport energy out from it.
One of the solutions can be the battery. Radar impulses are electric waves that travel in the air. The system that can transport energy precisely into the battery can deny the radar echo. The system can store that radiation in salt water. Then it can remove that energy from the exhaust tube by transporting that water out from the battery. And that removes energy from the aircraft.
The altermagnetic wires can aim the reflection into the direction that is away from the other aircraft and ground station radars.
Things like altermagnetic wires can also make it possible to transport energy out of the structures without reflection. In altermagnetism, the shell of the wire is not magnetic. That makes it possible to create a system that collects radar energy from the aircraft shell. And then aims it into very thin radaiation that travels any direction where the pilot or stealth system aims it.
In information technology, the absorbing materials can remove echo from the electric wires. That denies the reflection waves from the shell of the wire. The things like altermagnetism are tools that can also protect information that travels in the electric wire.
"Stock image showing a pair of Chinese J-20 stealth fighters." (Interesting Engineering, Paper-thin power: China claims its new stealth coating blinds anti-stealth radars)
The new stealth coat protects Chinse stealth fighters against anti-stealth systems. There are two ways to make the anti-stealth radar. The first is to use some very short wavelengths. The problem is that the small structures in stealth materials scatter those short wavelength radars. Another way is to create very long-wavelength radar impulses.
In that system, the idea is that the anti-stealth system treats the target surface as an entirety. So, very long wavelength radars make the radio impulse jump over the small structures in the stealth materials. The new stealth coat will pull radio impulses into itself. And then turn that thing into the heat energy.
And probably. There is a system. That conducts the heat energy into the stealth plane's body. That gives a lower IR signature. The new lidar systems replace radio signals using visible light. The laser scanners are vulnerable to bombs and missiles that aim at that optical energy source. The counter laser waves can prevent the lidar from reaching the aircraft's body.
And there a heat exchanger removes that heat from the system. Another way to make stealth planes is to use the fiber-looking material there the radar impulses jump between those sticks.
Some stealth material aims the radio waves in different directions. And that denies the radar transmitter to see echo. The superconductors would be excellent tools for stealth technology. The thing that causes radar echo is the hall effect.
The material stores radar energy into it. When the energy level in the material is high enough, that causes radar echo or energy transfer into the lower energy space. If the stealth material lets radio waves through it without resistance that means the material is invisible to radar. This is the reason for research on the room- or high-temperature superconducting materials.
The problem with stealth materials is this. The material can absorb or store electromagnetic waves for only a limited time. The material stores that energy and when its energy level is high enough, it sends a counter wave to the radar. The problem is that the radar "fills" material and then that material sends radar echo. The problem is where the material or aircraft can put that energy.
Then the system can conduct that energy. Into some kind of capacitor. In some stealth materials, the system keeps the electronegative structures in the stealth aircraft. And then. Those electronegative components pull radar waves into somewhere where the plane can store them. Or where the plane can conduct that energy out from it.
There is been intensive research on stealth materials. There are tests about materials that absorb radio signals. The problem is that the material must put that energy into somewhere. Or the radio waves will destroy the plane. There is research about the systems. That conducts electricity that the radio waves form into the water tank. There are two tanks. Saltwater tank and capacitor, Leyden jar that stores electricity.
When there is too much electricity the system launches the Leyden Jar or water from it. And that allows the plane to remove electromagnetic energy. In other versions, the system creates hydrogen ions that can transfer radio signals into themselves. There are also tested active jammers that give counterwaves that deny the echo from the object. The problem is that the system must operate with precisely the right wavelength and accuracy. It must send counterwaves precisely right time.
The UFO and alien spacecraft are not the same thing. Some fundamental aircraft solutions look a little bit different. And maybe some of the experiments are behind those observations. After WWII the USA tested many aircraft that developed the Nazi-scientists. Some of those fundamental solutions were extraordinary. And that can explain why UFOs were seen only in the USA. Those researchers worked with "Operation Paperclip". Those researchers made their work in the USA and Canada, because of political reasons.
The new fundamental materials and aircraft designs can explain some Unidentified Flying Objects, UFOs, or Unidentified Aerial Phenomenon UAPs. Systems like highly advanced hologram systems can be used to make fake UFOs around the airbases. The system's purpose is to make people look away from actions in those airbases. During WWII the USAF and RAF operated with a thing called "Project Bando".
The purpose of that system was to test the trustworthiness of night fighter pilots. That system made the image of German aircraft into fog. The idea was to test: did pilots reported observations about things like aircraft with suspicious markings. The other purpose was to force pilots to shoot their ammunition away before they landed after the night mission. The device itself was the slide projector that created an image to fog.
One of its purposes was to offer a fake target that the enemy would shoot. Today the system called: the field hologram system, FHS is a tool that can be used to create fake targets that force the enemy to shoot them and uncover their positions. Today AI-controlled advanced systems make holograms that look like real targets also in infrared. And they can also give radar echoes like real tanks and aircraft. Those systems can operate with drones. And when a missile battery shoots the drone or aircraft can attack against those targets.
Things like stealth helicopters are sometimes behind some UFO reports. The RAH-66 Comanche (Above) was a prototype used for the development of stealth Balck Hawks ("Ghost Hawks") (Below) that were used in the Bin Laden kill operation. But the saucer-shaped form of the body would be ideal for stealth helicopters.
Acoustic waves can interact with light.
The difference between acoustic and electromagnetic oscillation is the size of particles that oscillate. In acoustic oscillation atoms and molecules oscillate. In electromagnetic oscillation, the photons or electrons oscillate. The ability to make acoustic systems exchange information with light or photons makes it possible to transmit and receive information between binary systems and qubits.
The new method to entangle photons with phonons is another breakthrough in quantum technology. That ability means that researchers can control light by using phonons or acoustic devices. And then another way we must realize that all of those things are interactions. The new method to entangle light and acoustic waves acts backward. The acoustic device can exchange information between photons and transmitters.
Above: Avro Canada VZ-9 Avrocar
But when we think about the acoustic waves that stand between two laser beams, we must realize that kind of system's abilities in nanotechnology. The acoustic system that can create waving layers can used in ultra-sharp loudspeakers. Those loudspeakers can be used to levitate the nanomachines or extremely long carbon chains over or between layers. Those high-accurate acoustic systems can also make it possible to create an ultrasound that can map things like tissues with very high accuracy.
However, if the researchers can control the wavelength of the waving layers they can create new types of stealth systems. Those systems can adjust their shape and that makes it hard to create radars that can observe the stealth planes. The ability to change the shape of the material is a new thing in the ultimate stealth technology. That technology should make aircraft immune to the multiband radars. The thing is that the test systems are not suitable for operational use. But they can used to collect data from aerial test vehicles like stealth aircraft and helicopters.
"Illustration of an on-chip molecular vibration sensor based on a graphene IR detector, where phonon polaritons (bright rays) enhance the molecular fingerprint signal encoded in the photocurrent. Credit: Dr. David Alcaraz, ICFO"(ScitechDaily, How Exotic Light and 2D Materials Are Redefining Molecular Science)
The acoustic bubbles purpose is to protect the aircraft is the thing, that can protect aircraft. Those acoustic bubbles can explain some UFO sightings. Sometimes is suspected. Those small-size systems are so-called eyeballs whose mission is to create brighter radar echoes than stealth fighters. That thing can cover the stealth fighter near them.
Or maybe, those systems create the holograms between stealth fighters and observers. And maybe again their mission is just to turn people's look away from highly classified military systems like stealth helicopters whose mission is to transport special operations teams.
The stretching layer can also used to create an acoustic bubble around the object. The high-power acoustic bubble can turn air as strong as steel. Those acoustic waves can used in fusion experiments to push plasma walls against each other. When two plasma walls are against each other the laser system can shoot their energy to those plasma layers. And that thing can make the fusion. Researchers can use these systems to test certain element's ability to act as fusion materials.
That kind of system can act as a protective field against missiles and other ammunition. It's possible to create acoustic waves that can crush steel and concrete. Those acoustic systems can make extremely thick pressure waves through the air. And those systems can push even ballistic missiles and bullets out from their trajectory.
"Artist’s view of entangled laser light with a traveling sound wave in an integrated photonic waveguide. Credit: Alexandra Genes" (ScitechDaily, Quantum Leap: Innovative Breakthrough in Entangling Light and Sound)
The acoustic ultra- and infrasound systems can also protect military bases and other targets against intruders. The painful acoustic waves can make the area a no-go zone.
The acoustic bubble can also make an electric vapor that offers false targets to radar-homing missiles. Or maybe those things are some kind of plasmoid systems whose mission is to destroy the electric components of incoming missiles.
It's possible. Some UFO observations near stealth fighters are the systems whose mission is to observe the radar echoes from the aircraft. The idea is that the outside observation tool that uses semi-active technology searches the radar echoes from the stealth plane. That system's mission is to transmit information to the stealth plane's computers so that they can adjust the stretches on the layer of the stealth material.
The materials and technologies require testing. The new 2D materials are tools that can control things like layers and their environment interactions. The 2D materials are strong and slippery. That thing opens new routes to hypersonic flight and extreme aviation.
The 2D materials are tools that can someday turn objects invisible. Or they can revolutionize the things like armor. The same technology that people like Elon Musk use in spacecraft as micrometeorite protectors is suitable for lightweight armors that can protect humans and vehicles more effectively than regular systems.
Chinese new stealth fighters Shenyang J-35 and Chengdu J-20 worry for Western air forces. The problem is that the J-35 A looks similar to the F-35. The stealth aircraft are highly advanced weapons. Most of the data is used in those planes. And their development is highly classified. The thing that something looks like stealth doesn't mean that the stealth technology is successfully operating.
But the sad fact is that. Everything is open. Before those fighters faced the Western fighters. Those aircraft might lose to the F-35 or F-22, but they could be effective against elder Western fighters. That means those aircraft are a threat to the U.S. and its allies' dominance in highly advanced military systems. The thing is that the drone swarms are not alone in the answer to threats. Drone swarms are one of the new weapons.
Above: Chengdu J-20
Above: Shenyang J-35
However, the future is the hybrid solution where jet fighters or high-speed strategic bombers can cooperate with manned and unmanned systems. The jetfighters can drop drones or drone swarms into their operational areas.
The race between systems and counter-systems is endless. The ultimate system faces ultimate counter systems. The F-117 was once invincible, But then time went past them. The new solutions were more effective than the primitive solutions in F-117.
They can prowl on aircraft when they come home from the mission and detonate their explosives on the wings. Or they can observe the strike. The problem is that EMP weapons can destroy those drones.
Those drones can search the targets for cruise missiles and maybe they can destroy things like command links and why not bigger targets? The thing is that the Chinese and Russians are learning the lessons from the Ukraine war. And that means there are lots of systems that are developed in those countries.
The future of the battlefield is one of the hardest-predicted things in the world. The military world is changing extremely fast. And things like AI and other things are coming to make their advancement to every system in the world.
Chinese introduced their new stealth fighter.J-35A to the media. That plane is surprisingly similar to the F-35A and it's a good example of industrial espionage that dangers national security in the Pacific and entire world.
Industrial espionage causes a very big problem in the modern world. Network-based solutions bring multiple tools to computer specialists. That they can make qualified solutions. The problem is that. The hackers can also be computer specialists.
Another problem is that. Hackers use things like non-protected networks for attacking tools. Even if we bring the data to our own servers we would not remove the network itself. When we start administrating our servers, we just move the cloud to another place. And that is the problem. We must know people who have access to data. We must know that they have the skills and other things that they need.
We remove one thing that costs money. But we use the same tools. That we used in cloud-based solutions. And here we can say that we just turn to administrate our own cloud. We just transport data from one server to another.
And that creates a situation where my vacuum cleaner attacks banks or defense forces. The hacker can put a small computer program into that vacuum cleaner. And that thing opens a router or wireless router. Or the attacker. The problem with industrial espionage is this. When some data is stolen. Anybody who will use that data. And laws and law enforcement are helpless in situations where espionage happens under the control of the state.
The laws in Western nations are not like the laws in the People's Republic of China. When we look at the People's Liberation Army, PLA's newest tools we see that they look like famous Western products. That means that this type of thing can be stolen by using hacking. The thing in this kind of hacking is that the hacker can operate from China or some other country like North Korea and steal information without the need to come to another state. The assistant can carry the remote-operated computer to a western city like Helsinki. Then the hacker can do the job by using the VPN connection.
Before the hacker and cyber attack boom some Western actors believed that the laws like copyright laws would protect their products. They believed that hackers would go to jail if they were tracked. And the large-scale hacking, supported by governments is a surprise. The thing is that the Chinese military doesn't cover or hide that espionage at all. Industrial spying is one of the prime elements to get access to production methods. And classified chemical compounds that are used in stealth material.
The stealth materials are physical things. But the hackers can steal things like AI source code.
That is a very dangerous tool in the wrong hands. Government-supported operators can create things like the famous AI's evil twins. Those tools can boost the hacking to new levels. The problem is this. When hacking happens under government control those people must not be afraid of authorities. The thing is that when the government is really authoritarian it has many ways to motivate hackers. And one of them is that the secret police use force and fear to those people.
