Russia tests Status-6 “Poseidon” nuclear torpedo.

Status-6 or “Poseidon” is a nuclear torpedo with a liquid metal reactor. The speed of that system is at least 100 knots. That is about 186 km/h. The torpedo uses GLONASS and AI navigation systems to position it in the right position. If that system uses the 100 megaton warhead. The pressure wave can destroy the entire submarine fleet that patrols the ocean. The fact is that North Korea introduced similar nuclear torpedoes, unmanned underwater vehicles, UUV, in its military parade. 

The fact is that legitimation of those drones, or underwater nuclear missiles based on the idea of the mutual assured destruction, MAD doctrine. That means an attack against another state that has nuclear weapons. Causes destruction to both participants. This explains those weapons' huge warheads. If something destroys Russian nuclear weapons, one surviving Poseidon torpedo makes a counterstrike possible. There can also possible that there are nuclear torpedoes that look like regular torpedoes. Those small systems might have a nuclear warhead of about 1-15 kt. size.  

Those systems can have RTG, a Radioisotope thermoelectric generator that gives them an unlimited operational range. Same way as the nuclear reactor gives Poseidon an unlimited operational time. The torpedo can be launched from submarines, ships, or it can be released from a military harbour. That makes them hard targets for defenders. 

There have been. Some kind of thoughts. There are also submarine-sized fully automated underwater drones. That can involve three or four internally explodable tsar bombs, each of which is about 50 mt. size. Poseidon torpedo is about 20 meters long, but it can have a warhead. Sized 100 mt. The system uses a supercavitation propeller. In that system, the active system pumps water through the propeller. 

“Pyongyang, July 27, 2023 – Haeil-class nuclear torpedo drones feature in a North Korean military parade. (Photo via North Korean state media) (Cimsec, Radioactive Tsunamis: Nuclear Torpedo Drones and their Legality in War)

That allows the faster rotation speed for that system. The active pumping system prevents the water from boiling. And that limits the bubble formation. The active system denies the possibility that the main propeller forms a bubble around it. If the propeller forms that bubble, it loses its ability to move the craft. The active system pumps water from the propeller sides between its wings. That denies the bubble formation around the propeller. 

Status-6 Oceanic multipurpose system, also known as Kanyon or Poseidon. 

The purpose of that torpedo is to create a giant tsunami that destroys other ships and causes terrible destruction along the entire coastline. The new torpedo tells something about the despair in the Russian government. Putin says that this torpedo is unstoppable. That system is fast and equipped with nuclear explosives and a liquid metal reactor. And if something damages those torpedoes. 

That can cause nuclear pollution to spread all over the ocean. If that system detonates itself in some trenches, the pressure wave travels in those trenches over two or three years. With a force that destroys a submarine. If the Poseidon torpedo detonates, most of the life in the ocean will be swept off. The reason why Putin and his government create that kind of weapons is that they can cause very big destruction. Only one of those high-yield nuclear weapons can destroy a large area. 

And if one of them can avoid defense, that causes very large destruction. Those weapons are meant to cause fear. They are so-called mutual assured destruction, MAD weapons. If something attacks Russia, only one of those nuclear torpedoes is needed to destroy a large number of targets using only one warhead. And that gives the frightening weapon into the hands of Putin. If Putin releases those “Poseidon” torpedoes into the oceans, the defender must find all of them. If one of them detonates, the destruction is huge. 

https://cimsec.org/radioactive-tsunamis-nuclear-torpedo-drones-and-their-legality-in-war/

https://www.twz.com/sea/powered-test-of-poseidon-nuclear-torpedo-putin-claims

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

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

https://en.wikipedia.org/wiki/Status-6_Oceanic_Multipurpose_System

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

The new technology allows researchers to create quantum sensors. That can operate. In very high temperatures.

"Schematic image of a 2D sensor squeezed between two diamond anvils. Credit: Chong Zu, modified by SciTechDaily.com) (ScitechDaily, Scientists Develop “Unbreakable” Quantum Sensor Built to Survive 30,000 Atmospheres)

The quantum computer bases the quantum sensors. Those quantum sensors, called qubits, can work as a network. The morphing quantum neural network can be the most powerful computer that we have ever imagined. 

The new and powerful technology can revolutionize quantum engineering forever. When we think about optical quantum computers. There, the system controls qubits using light. Those qubits hang between the conoids. The new materials allow replacement of those conoids using the physical conoids. Those conoids were made using the nano-sized diamonds. It is possible to create a system or a sensor. That can operate under pressure. 30,000 times greater than Earth's atmosphere. 

"Scientists who study topological materials face a challenge — how to establish and maintain control of these unique quantum behaviors in a way that makes applications like quantum computing possible. In this experiment, Ames Laboratory Scientist Jigang Wang and his colleagues demonstrated that control by using light to steer quantum states in a Dirac semimetal. Credit: US Department of Energy, Ames Laboratory" (ScitechDaily, Discovery of Light-Induced Switching Mechanism Advances Optically Controlled Quantum Computation)

"Scientists at Auburn University created a new type of material where electrons can move freely across a solid surface. By arranging these electrons in different patterns, the material could one day be used to build faster computers or design better chemical reactions. Credit: Auburn University" (ScitechDaily, This Quantum Electron Breakthrough Could Make Computers Faster Than Ever Before)

The quantum sensor is between those diamonds. That thing makes it possible. To create a room-temperature superconductor. Those sensors can be used as a quantum neural network. These kinds of systems can be used to create small and compact quantum computers, which require less space than ever before. High pressure raises the superconducting temperature. The system can make new quantum supercomputers closer to the table than ever before. 

The quantum computer is not the same as the quantum sensor. Both of those systems use similar things. The quantum sensor uses the oscillation. In the low-energy atoms. Or, their quantum fields. The quantum computer transmits information between quantum points called qubits. The quantum neural network. Or a morphing quantum neural network. It is the system that transports information between quantum points. During that process, the system brings new information from outside the original data flow. 

The quantum computer doesn’t need as high an accuracy as the ultra-sensitive quantum sensor. That observes things like gravitational waves. The quantum computer requires the superconductors. Because resistance in the wire destroys information. The superconductor allows for transport. Of information in its original form. Information is the wave that travels on the shell of a wire. The resistance creates standing waves that break the quantum information. 

 https://scitechdaily.com/discovery-of-light-induced-switching-mechanism-advances-optically-controlled-quantum-computation/

https://scitechdaily.com/performance-benchmark-advanced-for-quantum-computers/

https://scitechdaily.com/the-holy-grail-of-physics-scientists-discover-new-path-to-room-temperature-superconductors/

https://scitechdaily.com/this-quantum-electron-breakthrough-could-make-computers-faster-than-ever-before/

https://scitechdaily.com/scientists-develop-unbreakable-quantum-sensor-built-to-survive-30000-atmospheres/

Mushrooms can act as a vital component in the new types of computers.

“Mushrooms have long been recognized for their extreme resilience and unique properties. Their innate abilities make them perfect specimens for bioelectronics, an emerging field that, for next-gen computing, could help develop exciting new materials.” (Phys.org, Mushrooms show promise as memory chips for future computers)

Basically, any material can act as memory. Proteins are as effective as magnetic tools in storing data. In that case, the system can store information. In the waves of the protein. Those wrinkles can be one, and the lower areas between those “hills” can be zero. That is one way to store information in a form that is immune to electromagnetic radiation. The system must have the ability to read that information. And it can happen by using microscopes. 

The biological data storage. Like mushrooms and living neurons, it is one way to store data. Mushroom networks can act as data processors. As well as all other networks. Those systems can make future computers more secure than before. The problem is with the computers in the kernel and ROM (Read-Only Memory) circuits. If the ROM circuit loses its data. That makes the computer unable to operate. 

The answer to that problem can be a mechanical computer. The mechanical computer was the tool. That was used before electronic computers. Electronic computers were more multi-use tools. Than mechanical systems. But nanotechnology. Makes it possible to create compact systems. Those mechanical computers can be used to restore ROM circuits if they have lost their programming. 

“As one example, researchers from The Ohio State University recently discovered that common edible fungi, such as shiitake mushrooms, can be grown and trained to act as organic memristors, a type of data processor that can remember past electrical states.” (Phys.org, Mushrooms show promise as memory chips for future computers)

The thing. That makes the new study. To use mushrooms as computers is that those networks are used as the RAM (Read-Access Memory). Mushrooms are forming networks. In the same way as neurons do. That makes them. Able to act as the living network. Mushroom networks are tools. That gives new abilities to computers. In those tests, researchers connected electrodes to different points of the network. In those cases. Researchers used mushrooms’ mycelium. That formed a network structure between electrodes. 

“After two months, the team discovered that when used as RAM – the computer memory that stores data – their mushroom memristor was able to switch between electrical states at up to 5,850 signals per second, with about 90% accuracy. However, performance dropped as the frequency of the electrical voltages increased, but much like an actual brain, it could be fixed by connecting more mushrooms to the circuit.” (Phys.org, Mushrooms show promise as memory chips for future computers)

Mushroom networks are things that can be more promising than living neurons. Living mushrooms don’t require similar nutrients to neurons. There is also a possibility. To use dry or killed fungi. That makes it possible to create new types of electronics. But there is a possibility of using the genetically engineered fungus. That also gives electricity. To the computers. 

https://phys.org/news/2025-10-mushrooms-memory-chips-future.html

What is the truth about the “Skyfall” or “Burevestnik” missile?

Technically, Burevestnik is one of the most interesting missile systems in the world. But otherwise, that missile is less advanced or less powerful than the Russians claim. The only thing that makes this kind of missile a hard target for defenders is its nuclear reactor. If a nuclear reactor is damaged, that system will deliver nuclear fuel, which can be highly enriched plutonium, into the falling area. This missile is otherwise one of the subsonic missiles. 

The nuclear reactor of Buresvestnik. 

The speed of that missile is maybe 800-1350 km/h, which makes it much slower than the 1950s Ling-Temco-Vought Supersonic Low Altitude Missile (SLAM), or “Project Pluto”. The SLAM missile speed was Mach 3+, and its range was also unlimited. The problem was the pollution line that followed that missile. The SLAM used an open reactor, which allowed air to flow through it. This caused a situation in the nuclear reactor. The radioactive core impacted with air. That caused a situation. That radioactive cloud followed that missile. 

The SLAM missile cutaway. 

That means Burvetnik is maybe a little bit worse than the “Project Pluto” from the 1950s. The Burvestnik should also pull the radioactive particle line behind it. The only difficult thing. With the defense against the Burevestnik missile. This is how to deny radioactive material. Spread around the area if that kind of missile is shot down. But anyway, those kinds of systems are similar to other subsonic cruise missiles. 

http://www.astronautix.com/s/slam.html

http://bisbos.com/air_missiles_pluto.html

https://www.thedefensenews.com/news-details/Putin-Confirms-Russias-Successful-Test-of-9M730-Burevestnik--The-Skyfall-Nuclear-Powered-Cruise-Missile-with-Unlimited-Range/

https://www.twz.com/nuclear/skyfall-nuclear-powered-cruise-missile-long-range-test-claimed-by-russia

Quantum teleportation over the internet.

"A 25-year quantum puzzle is solved, bringing teleportation closer to reality. Achieving the entanglement measurement of the W state. Credit: KyotoU / Takeuchi lab" (ScitechDaily, Scientists Capture W State, Unlocking Quantum Teleportation)

Quantum teleportation comes to reality. In large-scale systems. Researchers controlled the so-called W state. This makes the large-scale quantum teleportation possible. The W state is an entangled quantum state of three qubits. (Wikipedia, W State). 

That thing is very important in quantum networks and quantum processors. The ability to control the W state. Makes it possible to transport information faster than ever before. To make scalable quantum computers that can operate over the internet, we must make a quantum network. If we think that the quantum network is the light cable.

Each optical fiber string transports one state of a qubit. The system can be based on the particle accelerators that can transport the qubit itself through the system. The idea is that the photon or electron that is turned into a qubit travels through the quantum tunnel, which can be the hollow optical fiber. If information travels in a hollow laser ray. Where the data transporter laser ray travels in a hollow laser ray. If somebody tries to eavesdrop on that data, it causes a disturbance in the laser beam that surrounds the data transporter laser ray. 

That is surrounded by a Faraday cage. Another way is to transport information through the nanotube that is in the Faraday cage. This protects the coherent radio wave from outside effects. And also denies outsiders from touching the coherent radio beam. The coherent radio beam can also travel. In a hollow optical channel. This makes it harder. To put an antenna in the data channel. 

In ideal systems, quantum teleportation will be made over the existing infrastructure. 

Quantum teleportation over the Internet makes secure communication more feasible. In quantum teleportation, the system connects information in a physical structure. And that makes the quantum networks unable to break. Quantum teleportation refers to a situation. Where information travels between two particles that are in a superposition. In quantum teleportation, the system sends information through a quantum tunnel. Through the system. When information travels like a string through that quantum tunnel, no outsider can touch it. 

If somebody touches that information carrier, the information is lost. And this makes quantum teleportation safe. But in the same way. It's hard to make. Because information must be protected against outside effects. There is a possibility of making quantum teleportation using hollow laser beams. The outside laser beam protects the information carrier. The hollow optical fibers that travel in a so-called Faraday cage can make the quantum network possible. If we mean a system that teleports information through it.

Quantum teleportation through the air requires a so-called acoustic wormhole. The complicated system must create a vacuum channel through the air. Then the system must use the hollow laser rays. That can be infrared, UV, and X-ray lasers to transmit data through the air. The X-ray laser system can transmit data through the wall. And these kinds of systems can make the next level of safe communication possible. 

But there is another way. To make the quantum networks. The system can cut the data flow into pieces and send those pieces using different routes. If somebody wants to eavesdrop on the network, the eavesdroper must know every route that the system uses. The system can also send data in mixed form. The data package can have the register number. That includes information about. Which entirety does it belong to? 

Then the data must have information about its place in the data flow. Or data package row. That information can be encrypted. The encryption can happen by calculating. more numbers to those serial numbers. Those numbers can be added. Using plus, minus, multiplication, and division. The system must only know what type of calculations and what numbers the system used. But without that information. The attacker cannot put those pieces into the right order. 

https://www.sciencealert.com/quantum-teleportation-was-achieved-over-the-internet-for-the-first-time

https://scitechdaily.com/scientists-capture-w-state-unlocking-quantum-teleportation/

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

Acoustic waves are the new observation tools.

Acoustic-wave noninvasive BCI." (SPJ, The Emergence of Functional Ultrasound for Noninvasive Brain–Computer Interface)

AI will revolutionize observation technology. Sam Altmann’s new startup researches the ability to use acoustic waves to read brains. This new type of Brain-computer interface, BCI, doesn’t need surgery or microchips. Just acoustic waves that read the mind. The system observes the behavior of the neurons, or maybe it sees the neurotransmitters using acoustic-optical inspection. The system uses highly accurate sonar signals to observe the brain shell. 

The AI can analyze those functions and make it possible to create a system that reads minds, using acoustic waves. The system will transmit acoustic waves into the brain. The system analyzes the reflected waves. This makes it possible. To create a BCI system. That acts without knives and electromagnetic signals. 

The point at which that system directs the observation signal is not specified. Researchers can use acoustic signals to observe blood vessels and tissues; however, the challenge lies in determining the optimal frequency and wavelengths. When an acoustic system creates a sound wave, or an acoustic wave, it must use a wavelength that is smaller than the observable target. 

And this means that the system must have a transmitter that is smaller than the observable object. New materials. Like triangle-shaped graphene and fullerene are tools that can be used to make very sharp acoustic tools. In some models, the fullerene balls form so-called quantum lanterns. There is some atom in the fullerene ball, and then the system injects energy into that atom or molecule. Then that molecule sends an energy signal outside the system. The system can consist of two fullerene balls, or nano-lanterns. That makes them the nano-sized fullerene doppler system. 

By using fullerene nanotubes and the linear atom chains, where atoms are in a straight line. Makes it possible to use this system. As the nano-sized LRAD system. Or “sound cannon”. Those very high-accurate signals can make it possible to see incredibly small structures. In a triangle-shaped graphene. The system focuses energy into one point. If there is some other material. Where that graphene structure injects energy. That makes another material oscillate. The biggest difference. Between acoustic and electromagnetic waves. Is the thing. that transmits energy. Acoustic waves are molecular and atomic movements. 

And in electromagnetic waves. Electromagnetic fields are moving. An electromagnetic wave can transform into an acoustic wave. When a laser wave injects energy into the graphene structure, that structure starts to oscillate. We hear that oscillation as sound waves. In monoatomic structures, the energy impulse that hits the bottom of the structure creates phenomena called phonons. 

A phonon is a so-called quantum acoustic wave. That allows for the transmission of energy into the structures with a very high accuracy. That kind of system can allow. An acoustic signal transmission from the triangle-shaped graphene to the larger graphene layer with one-atom accuracy, if the tip of that triangle is one atom in size. 

There are tests that the small particles will be driven to the organs. And then the system puts them to oscillate. Those particles send oscillations as an acoustic wave through the structure. That makes acoustic waves that the system sees as the image. Denser points change the acoustic wave behavior. And that makes an image for the system. If an acoustic wave causes the cell’s proteins to oscillate. That makes it possible to observe those cells by analyzing those waves. 

When the system pumps energy into the fullerene ball. That ball releases that energy into the wavelength that is the same as the fullerene ball. Fullerene is a monoatomic carbon structure. And can those atoms send separate waves, depending on the question, can those waves unite into one entirety? Anyway, those atoms form standing waves between them. 

But if we put one carbon atom into our fullerene lantern and inject energy into that atom, the atom sends an energy impulse to the fullerene ball and makes its carbon atom structure oscillate. That oscillation forms standing waves in the chemical bonds. The point. The standing wave form determines whether it can destroy the structure. In the first case, most of those waves travel in empty space between atoms. But in the second case, the wave movement forms a standing wave in chemical bonds. And in that case, there is no need for a strong force to push atoms away. An energy impulse that travels in chemical bonds creates so-called solitons in those structures. Solitons are impacting waves. And then energy jumps back from that structure to the atom. 

If standing waves form between those atoms in empty space. Those waves also oscillate. Or when the energy level in energy stress decreases. That decreases the size of those standing waves. In that case, this movement forms low-pressure energy  around those waves, and they can pull energy out from their environment. This is why the standing wave that forms in empty space is less vulnerable than the standing wave in chemical bonds. 

https://spj.science.org/doi/10.34133/research.0200

https://www.techlusive.in/artificial-intelligence/what-if-ai-could-hear-your-thoughts-sam-altman-is-building-a-device-that-can-read-your-thoughts-without-touching-your-brain-1613435/

https://www.voltaireweb.com/post/sam-altman-is-hedging-bets-on-startup-that-seeks-to-rewire-brain

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

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

A strange glow in the center of the Milky Way can offer our first glimpse of dark matter.

"The galactic center gamma-ray excess recorded by Fermi. (NASA Goddard/A. Mellinger (Central Michigan Univ.) and T. Linden (Univ. of Chicago))" (Sciencealert.com, Mysterious Glow Detected in Space Could Be Dark Matter Destroying Itself)

There is a possibility that the strange gamma-ray glow in the Milky Way forms when dark matter destroys itself. That means that dark matter can send high-energy effects in the matter around it. The glow can form when dark matter particles impact each other. There is a possibility that those dark matter particles annihilate and send some kind of radiation. That radiation can affect. It's the environment directly. Or the dark matter particles, or components, can create a fast-falling false vacuum in their impact point. In that case. 

The fast-falling vacuum forms a situation. Where those quantum fields impact each other. If we think that dark matter can be some kind of false vacuum, and if there can be some kind of wave that comes through that false vacuum, when that wave impacts the opposite wall of that false vacuum. That sends quantum noise through that field. 

Maybe that thing sends energy to particles around that thing, and then those particles start to send gamma-rays. It’s possible that things like gluons are behind those gamma-rays. Gluon is a very small, little-known particle that transmits strong nuclear interaction. When a gluon receives. Some kind of energy load. It releases that extra energy immediately. Or if some kind of energy wave impacts the gluon, or some disturbance in the quantum gravity field affects the gluon and moves it out from its trajectory. That can cause a situation where the gluon sends gamma rays. 

Gamma-rays are the highest-energy and shortest-wavelength form of known radiation. All particles that send or reflect wave movement send those waves with their wavelengths, which are the same as the transmitting particle size. The thing that can cause the hypothetical wobble in the gluon trajectory can also be the gravitational wave. That can form in dark matter interactions. The interaction can be some kind of decay in dark matter. Or it can form in impacts. Or collisions between dark matter particles. 

https://www.sciencealert.com/mysterious-glow-detected-in-space-could-be-dark-matter-destroying-itself

https://scitechdaily.com/a-strange-glow-in-the-milky-way-may-be-our-first-glimpse-of-dark-matter/