What if photons can choose their route naturally in the photonic chip?

"Light that guides itself could power the next revolution in computing and communications. Credit: Yunxuan Wei at USC" (ScitechDaily, Self-Organizing Light Could Transform Computing and Communications)

In the new types of photonic circuits, photons find their way through the system without outside effect. The idea is similar to dropping the metal balls into the labyrinth; the metal ball finds its route through the labyrinth without outside assistance. In this new photonic circuit, the system allows photons to travel freely through the labyrinth. 

The laws of thermodynamics control the photon’s route, and if that system turns real, that is a great advance in microchip technology. This thing makes it possible to create new, low-energy microchips that are also immune to outside electromagnetic fields. In a photonic system, the system can use a series of individual photons in two ways. 

A certain number of photons in a certain time means one. And a lower number of photon impacts means zero. For example, 100 photon impacts per second means one. And less than 100 means zero. Or the system can store information in the ring-shaped light beam. The system stores data as wave movement in the photonic ring. 

In regular computers, routers and switches control the information that travels in the form of electric impulses. In photonic chips, the system uses photons to transport information. That causes problems with the small chips. The mirrors and prisms can control light, but the problem is how to control single photons? 

In those systems where a photon travels freely through the system, the photon chooses its route by following the laws of thermodynamics. The system can control those photons by tilting the energy levels in the chip. The idea is similar to people controlling the metal ball’s routes in miniature labyrinths. If the labyrinth is closed, they can simply tilt it and try to control the ball by tilting the labyrinth. In those systems, the energy level in the chip plays a similar role to the tilting angles of the labyrinth. 

There is a possibility of using the atom’s quantum fields in the system. The atom’s quantum fields are like hills, and when the energy level of the atoms rises, that rises the height of the hill. That makes it possible to control photons. The idea is that the system could inject and adjust a single atom’s energy levels. The energy hills of higher energy particles, like atoms, or maybe some subatomic particle, push a photon. And the energy steps to the lower energy level make it possible to control photon routes. But the problem is that the photon must not touch a thing. Another solution can be the network of quantum tunnels. In those tunnels, the photon should be protected against outside effects. 

But if we think that the photon is the ball that travels in the labyrinth, we have one way to control that route. Without the need to touch the photon. We can take the labyrinth in our hands and tilt it. In these types of systems, the thing that tilts the labyrinth is the outside energy. Energy always travels to the lower-level part of the system. So by stressing the labyrinth, the effect is similar to tilting the labyrinth in the case where the metal ball travels in it. 

https://scitechdaily.com/self-organizing-light-could-transform-computing-and-communications/

 

New method smuggles the mRNA through the immune system.

"Scientists armed bacteria with cancer-killing viruses that infiltrate tumors, evade immunity, and attack from within. Credit: Shutterstock" (New Cancer Therapy Smuggles Viruses Past Immune Defenses)

The system can wrap the virus in the protein that is taken from the receiver’s body. 

The biggest problem with cancer medicines and cancer therapies is how to transport medicines into the cancer cells without harming other cells. The most effective therapy is the mRNA therapy, where the mRNA orders the cancer cell to die. The therapy can be based on two ways. The mRNA can simply shut down the energy production or begin the programmed cell death. Or the mRNA can also program the cell organelles to create poisonous proteins that destroy those cells. The problem is that the mRNA is basically an artificial virus. 

And the immune cell can destroy those genomes immediately. The answer to that thing can be the virus that is wrapped in the proteins that are taken from the receiver's own cells. This package allows the virus to travel past the immune system without activating those cells. 

The problem is, how to make enough viruses? And the next thing can be the solution, that is, the game changer in cancer treatment, gene therapies, and many other things. The technology, where viruses are enclosed in bacteria, can revolutionize cancer treatment, but also other genetic engineering solutions can use this kind of technology. 

This new therapy smuggles viruses past immune cells. The idea is that researchers packed viruses in bacteria, which normally use cancer cells as nutrients. Genetically engineered bacteria can also operate in the human body without causing an alert in the immune system. In those bacteria, the system uses genetic engineering to create the DNA that makes the bacteria create antigens that don’t activate the immune system. This type of bacteria, whose shell proteins are similar to the receiver, can operate in many other roles. 

The DNA transfer can make it possible to create bacteria that travel into injuries, and then transform into the tissue cells that the injury needs. The thing is that those genetically engineered cells can make it possible to create new types of gene therapies. And that gives them ultimate possibilities, and those things are also ultimate threats. 

In the wrong hands, this kind of technology makes it possible to create the most feared biological weapons that we can imagine. The ability to create the viruses that cheat certain immune defenses makes it possible to create virus weapons that affect only certain people. The system uses the immune system’s ability, which makes the immune cells attack the organ transplants. 

If those researchers have the DNA of a certain person, they can create the carrier protein that smuggles the virus through the targeted person’s immune system. In that case, other people’s immune system destroys the virus. But the targeted person’s immune system lets the virus, or mRNA, travel through the immune cells. And then those mRNA molecules reprogram targeted cells. 

https://scitechdaily.com/new-cancer-therapy-smuggles-viruses-past-immune-defenses/

New era for mobile systems.

The NVIDIA DGX Spark and the 2D technology make it possible to create the new wearable supercomputers. 

The end of the silicon era. 

"This conceptual illustration of a computer based on 2D molecules displays an actual scanning electron microscope image of the computer fabricated by a team by researchers at Penn State. The keyboard features highlighted keys labeled with the abbreviations for molybdenum disulfide and tungsten diselenide, representing the two 2D materials used to develop the transistors in the computer. Credit: Krishnendu Mukhopadhyay/Penn State" (ScitechDaily, Is This the End of the Silicon Era? Scientists Unveil World’s First 2D Computer)

The new computer uses atom-thick architecture and the metal-oxide-based field-effect transistors(FET). And that revolutionizes the system development. This system will be extremely lightweight. And it fits the mobile and wearable technology. This new computer will not need silicone, and it's the end of the silicone era. The new system uses metal–oxide–semiconductor field-effect transistor MOSFET technology. The MOSFET is one type of CMOS technology. And the scientists who work with that system made it possible to forget silicone. 

"“That’s the key advancement of our work,”researchers  said. “We have demonstrated, for the first time, a CMOS computer built entirely from 2D materials, combining large area grown molybdenum disulfide and tungsten diselenide transistors.”  (ScitechDaily, Is This the End of the Silicon Era? Scientists Unveil World’s First 2D Computer)

"The team used metal-organic chemical vapor deposition (MOCVD) — a fabrication process that involves vaporizing ingredients, forcing a chemical reaction, and depositing the products onto a substrate — to grow large sheets of molybdenum disulfide and tungsten diselenide and fabricate over 1,000 of each type of transistor. By carefully tuning the device fabrication and post-processing steps, they were able to adjust the threshold voltages of both n- and p-type transistors, enabling the construction of fully functional CMOS logic circuits."  (ScitechDaily, Is This the End of the Silicon Era? Scientists Unveil World’s First 2D Computer)

Researchers made the first 2D computer. And that kind of system can be the game-changer in robotics. The 2D computer can be installed in things. Like bulletproof vest-style clothes, which can turn. Mobile technology. More advanced than it's been before. These kinds of systems can also control space suits and other portable tools. The 2D computer can fit into the airplane’s and spacecraft’s wings. 

That makes the fundamental things part of the spacecraft and aircraft designs. The 2D computer needs very low voltages. And that means those systems can be effective in mobile and office use. The computer itself can be the plate. That plate can have photovoltaic cells, and it can use the internal battery and regular reload sets. The system can also operate on desks or utilize VR technology, or an application that converts a mobile phone into a remote or wired screen for that system. 

NVIDIA published a new small-sized DGX Spark supercomputer. And that system can make wearable supercomputers possible. That thing makes it possible. To create new types of tools for hardcore, complex data computing systems. 

There is also a possibility. Those high-power mobile systems can be integrated with tablets. The tablet’s screen and screen keyboard can also control those computers. Along with NVIDIA's new supercomputer. That technology is possible to turn very highly effective mobile systems. The supercomputer, which is router-sized, can also be designed to include a battery power source. 

That makes it possible to create a new supercomputer-capable laptop computer. But the new designs allow developers to create wearable supercomputers that can be game changers in all systems. The wearable supercomputer is the tool that nobody expected to be possible. If that tool is possible, it turns the systems more flexible than ever before. 

https://nvidianews.nvidia.com/news/nvidia-dgx-spark-arrives-for-worlds-ai-developers

https://www.rudebaguette.com/en/2025/10/i-thought-it-was-a-router-nvidias-dgx-spark-packs-a-supercomputer-into-a-tiny-box-that-runs-1000-trillion-ops-per-second/

https://scitechdaily.com/is-this-the-end-of-the-silicon-era-scientists-unveil-worlds-first-2d-computer/

https://likeinterstellartravelingandfuturism.blogspot.com/2025/10/new-robots-are-more-independent-than.html

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

https://en.wikipedia.org/wiki/Field-effect_transistor

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

New robots are more independent than before.

Computers are robots’ brains. 

NVIDIA published the world's smallest supercomputer. The size of that new supercomputer is impressive. The system’s size is 150mm, 150mm, and 50,5mm. The power of this system is 1 PFLOP, and the system price is $3999. That means the system can fit on the table. The size of that supercomputer is so small that people thought it was some kind of router. These kinds of supercomputers allow. The operator to run. The AI and complicated software without networks. And that kind of small computer. It can make the new types of intelligent robots more effective than they were before. This kind of computer can give a drone a new way to avoid defense. 

These kinds of systems can control space shuttles, robots, and many other things. Like civil and military drones. This kind of system can also make it possible. To create independently operating robots that can travel to the edge of the solar system.  The human-shaped robots. Those that are developed in China. 

https://nvidianews.nvidia.com/news/nvidia-dgx-spark-arrives-for-worlds-ai-developers

And maybe in other countries. Can have real-looking faces. That makes them mimic humans. Those robots can operate in independent missions. Or they can act as surveillance tools. That can observe people. Like the army staff. And police members. But robots can make many things differently. Than humans. The robot can learn new things like humans. The difference is that the control software determines what the robot can do. The artificial muscles and skin that cover the metal skeleton can be very strong. And in the skeleton can also be. Servomotors between artificial bones. 

Those bones can be made of steel, chromium, titanium, or carbon fiber. The artificial skin covers the entirety. These kinds of robots can perform. Many types of official duties. Those robots can operate in high-risk undercover operations. Robots will not change their side. They follow their code without excuses. 

There is also a possibility that robots have a so-called ghost protocol. This means that the robot can act as a cleaner or in any other role. When the robot sees the person wanted by authorities. The image recognition activates the law enforcement role. The program determines. The purpose of the robot. One change in the program, the cleaner robot turns into a combat robot. The human-shaped robots can also operate as assassins. There is a possibility. That the democracy movement members get their identical robot twins. Then those AI-controlled robots make contact with those people’s friends. And then those robots arrest or assassinate those people. The problem with robots is that they always follow their orders. 

https://interestingengineering.com/innovation/china-aheadform-humanoid-robot-expression

https://nvidianews.nvidia.com/news/nvidia-dgx-spark-arrives-for-worlds-ai-developers

https://interestingengineering.com/innovation/china-aheadform-humanoid-robot-expression

https://www.rudebaguette.com/en/2025/10/i-swear-it-looked-alive-unitrees-g1-robot-performs-kung-fu-and-backflips-with-human-like-precision-and-its-just-getting-started/

https://www.rudebaguette.com/en/2025/10/i-thought-it-was-a-router-nvidias-dgx-spark-packs-a-supercomputer-into-a-tiny-box-that-runs-1000-trillion-ops-per-second/

The startup introduces the world’s first space delivery system.

Inversion Arc is the spaceborne delivery system. That can transport vehicles and supplies to any place on Earth in less than an hour. These types of capsules can help people to operate in natural disasters. And they can deliver any supply that those people need. One of the users who may need this type of system is researchers. Those who work in remote areas. These kinds of capsules can also transport tents and other things to the places where help is needed. Those systems can also include medical and surgical tools. Maybe also people on the other side of Earth. 

This space delivery system. Can also find customers from the military world. The capsule can carry drones, equipment, and operators across the Earth. Those space delivery capsules can transport vehicles, food, and other supplies. But they can also be converted into bunker-buster bomb carriers. Similar systems can also involve the possibility of creating things like space fighters. By using a small modification, the capsule can offer technology. In the future, jet fighters can be launched through the orbiter into their operational areas. That allows those systems to react very fast. 

The fast emergency response means rapid response. And rapid response is the thing. That is a universal tool. Rapid response is needed.  In many civil and military situations. 

 These systems allow engineers to make airborne,  sea-, or underwater drones. That can be dropped from the orbiter. The highly advanced underwater torpedoes can attack missile submarines. The idea of this system is that. The system that uses radars, whose signals can penetrate water. Or they can cooperate with other manned or unmanned units. Like surface or underwater drones. Those systems can also cooperate. With sonar buoys. When a satellite sees a submarine, it can also drop a torpedo. The small-sized torpedo or drone can be deadly. If it's equipped with a suitcase nuke. The small Mk-50 torpedo can cause the same effect as 10-1000 tons of TNT if the torpedo is equipped with Special Atomic Demolition Munition (SADM)

Those drones or manned submarines can be delivered from an orbiter. These types of delivery systems are tools that can operate in peace and war. They can be used to transport special forces teams to operational areas. The same systems can transport medical teams in peacetime missions. These kinds of systems are multi-use tools. The same capsule that transports food and medicines can also support special forces teams. A similar technology can also be used in fractional orbital bombardment systems, hypersonic system delivery, and as killer satellites. Those systems can use kinetic energy systems. like machine guns to destroy satellites. 

https://arstechnica.com/space/2025/10/meet-the-arc-spacecraft-it-aims-to-deliver-cargo-anywhere-in-the-world-in-an-hour/

https://www.inversionspace.com/arc

https://www.rudebaguette.com/en/2025/10/it-falls-from-space-to-save-lives-this-orbital-delivery-system-promises-emergency-aid-anywhere-on-earth-in-under-an-hour/

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

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

The North Korean spies have infiltrated multiple companies in a global range.

The North Korean intelligence uses remote workers. who deliver sensitive information to Pyongyang. Those operators might work for money. In those cases, the North Korean intelligence can put the remote-control program on the cooperative’s computer, and then the operator. Those who sit in Pyongyang can see things that those people see from their computers. 

They might also have the ability to fake-close those computers and operate their malicious software remotely when the computer seems to be shut off. In those operations, the field worker must not even know how to make code. The North Korean support team can make those things for their cooperative. 

The field operator must only transport their computer to the company, and then the supporters in Pyongyang can complete the job. And search the hard disks. The field cooperative must only sit on their chair and play some kind of coder. This means “easy money” for people who make these kinds of deals with North Koreans.

The North Korean intelligence has a strategy and models. How to manage espionage operations. In Western Industry. North Korea is a new and effective operator in strategic fields. That country is one of the poorest countries in the world. But there, the regime orders the currency values. 

This means that there is always money for military equipment. And there is always money for hiring new cooperatives. Industrial espionage is one of the cornerstones. In the fast advancement of that country. In military technology. There is also a possibility that the North Korean actors can use those computers for the AI Chatbots' use. Which are not allowed to be used in North Korea. If they can make some Western citizens. Open those accounts for those AI chatbots that can advance North Korea's system development. The problem is that those people will not be allowed to use the North Korean identities or money that can be traced to the North Korean government. 

The Western cooperatives can also open similar user accounts to President Putin and his FSB. This allows the FSB to use. The AI chatbots in the R&D processes. The access to modern development tools makes it possible to create new types of spy software, which allows agents to create the “dark version of Chat GPT”. This system allows the creation of new and effective spyware. The fact is that these kinds of systems are tools that allow the regime, the leaders of the country, to observe people’s lives all the time. The North Korean regime is very interested. About AI and mobile telephones’ ability to operate as an observation tool. That they can control their henchmen 24/7. 

These types of systems are tools that North Korea can use to track its citizens over the network. This means that the data  those agents and cooperatives collect. It can be used for targeting. That country’s citizens. Even from another side of Earth. And the North Koreans can also use things like drones from their Embassy, or maybe they are also planning to drop satellite-controlled drones from an orbiter. North Korea is the new operator in the global theater. There is a possibility that this country also plans things like killer satellites. The miniature killer satellite can be the satellite that carries the “Claymore” type detonator. The system can shoot iron balls at targeted satellites.  There is a possibility that North Korea has this kind of technology. In its hands. 

https://www.rudebaguette.com/en/2025/10/they-were-already-inside-u-s-uncovers-north-koreas-secret-army-of-remote-tech-workers-infiltrating-global-companies-for-cash-and-data/

The Chinese developers test nuclear cluster bombs.

Cluster bombs are weapons that consist of a single large canister bomb, delivering a large number of small submunitions. Those may be hand grenade-sized bomblets. These were released from a 500-1000 kg bomb. It can cover a large area. Those bombs are effective against a large concentration of forces. Those weapons are sometimes banned. Because all those bomblets have exploded. And that causes injuries to the civilian population. 

Nuclear cluster bombs are similar to conventional cluster bombs. But those submunitions use thermonuclear warheads. There is a possibility that three high-power nuclear warheads will  cause much more destruction than one or two warheads. But another threat is the case that small-sized, low-yield nuclear weapons like neutron warheads will be delivered into a large area. Those nuclear bomblets can affect a large area. The neutron-bomb-based cluster bombs are tools that can destroy large targets. The biggest problem with neutron bombs is that they are very small. 

Those neutron bombs, officially called Enhanced Radiation Weapons (ERW), can cover a large land area. Those neutron bomb clusters can be dropped from the bomber, or the Intercontinental Ballistic Missiles, ICBM, can carry them. The thing is that those small nuclear devices don’t need a very powerful rocket. And things like drones can carry them to the target. 

Those ICBM-launched neutron bomb clusters are hard targets for air defense. The neutron bomb carrier can be a similar cluster deliverer. That is used in regular cluster bombs.  When an ICBM enters the atmosphere, that system starts to spin and deliver neutron bombs. Or the neutron bombs can deliver from above the atmosphere. In some scenarios, the neutron bomb attack predicts full-scale nuclear attacks. 

"SADM in its carry bag" (Wikipedia, Special Atomic Demolition Munition)

"SADM hard carrying case"(Wikipedia, Special Atomic Demolition Munition)

"A U.S. Army Special Forces paratrooper conducts a high-altitude low-opening military freefall jump with an MK–54 SADM" (Wikipedia, Special Atomic Demolition Munition)

Above: Davy Crockett, W-54 nuclear device. Drones can carry those warheads very well. And if they are in the drones. Like Geran 3 or Shahed, they can cause very big destruction. All nuclear devices are similar. And that means those small nuclear devices can look the same. Those small nukes can be installed in Geran 3-type drones.  

Geran 3 Drone. 

Drones can also carry Special Atomic Demolition Munitions, SADM’s. Called “suitcase nukes,” they are man-portable nuclear devices. They are really dangerous. They are not very large systems. The weight of the 1950s systems is about 30-50kg. 

Wikipedia tells about the SADM development like this: 

“The Special Atomic Demolition Munition (SADM), also known as the XM129 and XM159 Atomic Demolition Charges,[1] and the B54 bomb was a nuclear man-portable atomic demolition munition (ADM) system fielded by the US military from the 1960s to 1980s but never used in combat. It had an estimated yield of up to 1 kiloton of TNT.” (Wikipedia, Special Atomic Demolition Munition)

“At the time of the weapon's development, the existing Atomic Demolition Munition (ADM) was the T-4 Atomic Demolition Munition. Its transport required 4 men, each carrying a 40-pound (18 kg) section. The development began in June 1960, and an interim Mark 54 Mod 0 (now called the B54-0) weapon was put into production in April 1963. Production of the B54 Mod 1 SADM began in August 1964. The weapon was 12 inches (305 mm) in diameter, 18 inches (457 mm) long, and weighed 58.5 pounds (26.5 kg). It included the warhead, a fuze, and a firing system with a mechanical timer, a ferroelectric firing set, and a sealed housing. The body was constructed with aluminum forgings and molded fiberglass, and foam-rubber insulation was used between the warhead and case. Dials were illuminated with tritium-phosphor paint for easy night-reading. A housing for underwater emplacement was provided that included external controls.” (Wikipedia, Special Atomic Demolition Munition)

“The B54 Mod 2 started production in June 1965. The weapon was the same size as previous mods but now weighed more – 70 pounds (32 kg).”  (Wikipedia, Special Atomic Demolition Munition)

“The yield was estimated to be 10 to 1,000 tons of TNT (42 to 4,184 GJ)”  (Wikipedia, Special Atomic Demolition Munition)

The problem is that the 0,5-1 kt nuclear device is not very big. Drones can transport and launch those suitcase nukes near strategic targets. Like radars and other vulnerable targets. The SADM-equipped drones can cause very big damage to those systems. SADMs were developed in the USA and the Soviet Union, and the USA stopped that program at least at the end of the Cold War. But there is a possibility. The ex-Soviet developers sold that technology to other countries, including Israel and North Korea. 

There were many jews who moved away from Russia. after the Soviet Union collapsed. And maybe some developers who worked in the Soviet weapon development projects were jews, or marked themselves as “jews”. And the Ukraine war causes thoughts that maybe Russian scientists also delivered SADM-manufacturing technology into North Korea. 

And maybe Russians didn’t remove their own SADM weapons from the stockpile. The problem with SADM is that the commando troops can use those devices. But also, drones and lightweight torpedoes can carry the SADM detonator. There are many actors who want this type of weapon in their hands. 

https://en.defence-ua.com/news/russian_geran_3_drone_revealed_to_contain_chinese_engine_and_western_components-15843.html

https://www.globalsecurity.org/wmd/systems/w54.htm

https://www.popularmechanics.com/military/weapons/a25893776/b-54-cold-war-backpack-nuke/

https://www.rudebaguette.com/en/2025/10/chinese-scientists-test-cluster-nukes-lab-experiments-show-triple-warheads-can-quadruple-damage-as-fears-of-new-arms-race-intensify/

https://en.wikipedia.org/wiki/Davy_Crockett_(nuclear_device)

https://en.wikipedia.org/wiki/Little_Feller_(nuclear_tests)

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

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

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

https://en.wikipedia.org/wiki/W54