The nanomachines are bringing extreme accuracy to medical work.

The image above: the nanomachine-based medicals can look like this. When harmful cell eats those machines they start to rotate. The nano-size whips are terminating the internal structure of those cells. The thing that makes those molecules find their target could be the millimeter-sized submarine that swims in the human body. 

The nano-submarine can simply slip those nanomachines through the cell membrane or ion pumps. Or the cyborg version of that system can simply carry the cells that are producing non-effective DNA. And then that nano-submarine will fill the cell by using the DNA molecules. 

There is a possibility that the nanomachine just fills the cancer cell with empty DNA. That thing denies the work of the mitochondria because the cell is full of that molecule. But the more sophisticated solution would be to use the DNA bites that activate the programmed death of the cancer cells or incoming bacteria. 

The idea in nanotechnology-based medicines is that the same medicals can use against bacteria and cancer cells. One version of those solutions is the plastic or silicone bag that slips into the cell. And then that silicone bag will pull liquids in it. Sooner or later the bag will fill the entire cell. But the manipulated DNA can also use as antibiotics that are effective against cancer cells and bacteria. In this vision, the nanomachine just injects the DNA into the cell which orders the cell to die. 

The bacteria or cells can also transform to produce some antibiotics inside them. When the bacteria change their genomes the manipulated bacteria can send the DNA bite that involves the programmed death of another bacteria. Or the nutrient would contain nanotechnologies like a "whip molecule" that destroys mitochondria or the cell membrane. 

Also, things like nanolasers can be effective against cancer. The nanolasers can destroy the mitochondria or the DNA inside the targeted cells. 

These systems are extremely powerful if they operate perfectly. And operators can control those miniature robots that are swimming in the human body over the Internet. 

The nanomachines are offering new models for a cure for cancer. Maybe someday the nanomachines are injecting a "death code" or artificial DNA bite that activates the programmed death of the cancer cell. 

There is the possibility that in the future the nano machines simply change or fix the DNA inside the cancer cells. That thing makes it possible for the cancer cells to be transformed into normal cells. Or the nanomachines can inject artificial DNA bite in the cell that activates the programmed death of that cell. 

But the ability to fix and transform the DNA makes immortality possible. Researchers can also stop aging. When the researchers read the code of the DNA. When they find the right points of the base pairs they can cut those base pairs away from the DNA. 

This makes it possible to interconnect the DNA bites with wanted abilities between species. Scientists found species that are not aging. And the background of that strange ability is in the DNA of those species. That makes it possible to cut those DNA sequences off those species and connect them with every other DNA. 

https://scitechdaily.com/a-new-antibiotic-can-kill-even-drug-resistant-bacteria/amp/

https://scitechdaily.com/dna-nano-device-injection-found-to-be-safe-for-medical-use/amp/

https://scitechdaily.com/secrets-of-longevity-revealed-scientists-find-species-that-essentially-do-not-age/

https://scitechdaily.com/stanford-developed-millirobot-swims-in-your-body-and-delivers-medicine-to-places-that-need-it/amp/

Image: https://scitechdaily.com/a-new-antibiotic-can-kill-even-drug-resistant-bacteria/amp/

https://artificialintelligenceandindividuals.blogspot.com/

The new computers might have photonic brains.

The intelligent contact lenses that are using IR-systems can turn a person's eyes to shine with red light. There is the possibility that the people of tomorrow use the intelligent contact lenses that are giving them the ability to connect themselves with the Internet. 

The small IR camera also makes it possible for that person sees in total darkness. By using those intelligent contact lenses the person can see things that surveillance cameras or drones are seeing. And it brings the metaverse closer to reality. 

The new self-calibrating photonic microchip can boost the photonic information superhighways. But those photonic microchips can have also other roles. That photonic microchip can transform qubits into binary bits simply by reading the information that is stored in qubits from state to state. So information can be driven to the binary system by putting states after each other. And that turns qubits into a row of bits. 

But the optic microchips are the ultimate tools for computers that mission is to operate in powerful magnetic fields. Photonic data transmission is not so vulnerable to EMP pulses. And that means the photonic microprocessors can resist electromagnetic radiation more effectively than regular microprocessors. 

So that kind of ability can make photon processors suitable to use in the probes that are operating near the sun. Or they can be useful for the computers that are used in military areas. 

One of the places where photonic microprocessors are suitable is intelligent contact lenses. Those contact lenses can project metaverse to the eyes of the person. But they can also use to protect people's eyes against radiation. There could be small-size CCD cameras that are transmitting information to the eye. 

The intelligent technology denies eye damage and blinding in cases where the user of that system looks at bright light. The system can use visual light or IR mode depending on the situation. There is the possibility that. The small-size red-light LEDs that are used to make the IR system work turn a person's eyes red. 

But there is possible also to connect data to the GPS. But information from drones and intelligent action cameras, other surveillance systems, and intelligent camera-based targeting systems can also deliver data to those intelligent contact lenses. 

The phonic processors can use laser LEDs to transmit data through them. That means those low-voltage systems can benefit the nervous electricity of the human body. Things like intelligent contact lenses that should use remote- or wireless energy load can also use photonic processors. Those processors can operate in low voltage conditions. And the energy to those contact lenses can deliver in the form of light. 

Of course, there could be a nano-size battery. But if the outer core of miniature contact lenses is covered by silicon. That makes it possible to turn the outer layer of those things to operate as a photovoltaic cell or solar panel making those systems capable to operate longer. 

https://www.mojo.vision/

https://phys.org/news/2022-07-world-self-calibrated-photonic-chip-interchange.html

Image: https://www.mirror.co.uk/science/scientists-develop-terminator-inspired-smart-23078102

https://artificialintelligenceandindividuals.blogspot.com/

X-37B has set a new flight record.

The mysterious X37B robot plane has been spent in space for over 770 days. And the thing that makes this plane mysterious is its secrecy. The X37B is only 8 meters long and the small size of that plane means that there are made experiments that don't require large-size space. The type of those tests is classified. But there is the possibility that those tests that must be made in a remote-controlled laboratory module have something to do with nanotechnology. 

When we are thinking about the purpose of X37B, we must remember that the space shuttle is the platform. So the small-size system can use as a remotely controlled laboratory. But there are rumors that X37B can be also the ASAT (Anti-Satellite) weapon. Or it can also use as an orbital bomber. There is the possibility that the mysterious EM-drive or microwave drive of NASA is an antisatellite weapon. 

The microwaves will aim to target satellites, and that thing destroys at least satellite electronics. There is also the possibility that small-size chemical lasers which are used in the metal industry can install in the cargo bay of X37B. 

The fact is that. The small hydrogen bomb can be put in the cargo bay of the X37B and then the system can be used as an orbital cruise missile. If the war doesn't begin the shuttle can bring that hydrogen bomb back to the ground. If the weapon must be used the cruise missile can dive into the enemy target and detonate itself. 

The fact is that there is the possibility that the X37B has many missions like some chemical tests. But it can also be used as a high-altitude recon platform. There is the possibility that X37B has ELINT missions but one of its missions can be to search other satellites. The purpose of that shuttle can be to look for marks about secretive satellites has been tried to capture by the Chinese or Russians. 

https://www.space.com/x-37b-military-space-plane-nears-mission-duration-record

Image: https://www.space.com/x-37b-military-space-plane-nears-mission-duration-record

The US military wants to send a fusion reactor to orbiton in 5 years.

The space would be a good place for a fusion reactor. That reactor can deliver energy to the entire Earth. And the new aerial systems like plasma-jet engines need more and more energy. 

The idea to use an orbital fusion reactor is interesting and it's like in some SciFi vision. The fusion reactor can make one model of energy supply possible. That model is that the systems that are operating in the field don't have an internal power source. 

All energy that those systems use is delivered to them in the form of radio or maser rays. That allows connecting power supply and communication. And the orbital fusion reactor will also work as an orbital laser weapon because those high-power lasers can also use as weapons against hostile targets. 

The orbital fusion reactor can use vaporized lithium-deuteride as fuel. The lasers or microwaves will melt the lithium deuteride. In orbital trajectory is no oxygen that can detonate the lithium hydride that is used as the fuel. 

And then, the system drives vaporized fuel to the accelerator. In that accelerator, magnetic fields and laser rays will start the fusion. The problem with lithium-deuteride and its use in fusion reactors is that this material is high inflammable. If there is any oxygen in the melting process that causes detonation. But there is no air at orbital. So there melting of the lithium can happen without the risk of oxygen contact. 

There are two ways to make the orbital fusion. The first one is to use internal fusion in the chamber. In that system, fusion will happen around the laser element. And that laser will send energy to the wanted point. 

And the second one is to use two crossing ion beams. Al laser ray will aim to the point where those beams with different polar ions will cross and that allows making the artificial sun in the orbiter. 

The orbital fusion reactor is not the only way to make powerful energy rays. There is the possibility that positrons or anti-electrons can be produced from the electrons of the solar wind. Then those positrons will put to react with electrons around the laser element. And that thing can use to make powerful energy sources. 

https://www.newsweek.com/american-military-fusion-reactor-space-avalanche-energy-orbitron-1721359

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

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

Image: https://www.newsweek.com/american-military-fusion-reactor-space-avalanche-energy-orbitron-1721359

The Airbus Zephyr-drone challenges satellites.

The Zephyr drone is created for the HARPS (High-Altitude Pseudo-Satellite) or atmospheric satellite program. The solar-power drone flies even for months or years in high altitudes. The Zephyr drone can rise to an altitude of 23 kilometers, and it can operate on scientific and military missions. 

HARPS means that high-altitude drones will replace some satellites. Those drones can carry things like radars, communication tools and infrared, and regular CCD cameras. And those drones can also carry small-size orbital vehicles to the high atmosphere before they will be launched. 

The thing that makes the high-flying large-size solar-power drones interesting is that they can rise things like Pegasus-rocket to high altitudes before those rockets will launch. Of course, Pegasus can rise to high altitude by using a balloon. 

Things like peace-time border and sea surveillance can be done using this kind of platform. The high-flying drone can use radars infrared and other kinds of systems that allows the drone to map areas. 

But the fact is that the solar-power-high flying drone can also use to offer mission-critical communication. But the fact is that the high-flying drone that uses solar power and stealth materials can be quite a hard target for air defense. That system can point targets for other weapon systems. 

And in some visions, those drones can arm by using some kind of directed energy weapons that protects them against incoming missiles. 

The thing is that the northern areas are causing problems with solar-power drones. But energy can deliver to those drones from power stations or ships by using the maser-rays or high-power radio waves. The fact is that things like photonic crystals are making solar panels more effective.

And photonic crystals can use to deliver electricity to solar panels. Also, there is an introduced idea that laser rays can deliver electricity to the solar panels of high-flying drones. 

https://www.airbus.com/en/products-services/defence/uas/uas-solutions/zephyr

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

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

https://en.wikipedia.org/wiki/Intelligence,_surveillance,_target_acquisition,_and_reconnaissance

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

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

Mojo Vision introduced the first working intelligent contact lenses.

Image of the intelligent contact lens. (https://www.mojo.vision/mojo-lens/)

Intelligent contact lenses are working a similar way to intelligent glasses. They can offer an enhanced reality experience for the user. So the runner can see the map of the place and that person's location if the intelligent contact lenses are connected to a mobile telephone or the GPS. The intelligent contact lenses are the contact-lens-looking HUD screens that can offer many possibilities. Mojo's system uses tiny micro-LED screens for delivering the image to the retina. 

If the intelligent contact lens is equipped with a pointer that system can point objects from the computer screen, and then the lens's own HUD screen can zoom those objects. The intelligent contact lenses can also equip with a CCD camera with infrared mode. And that system can offer the user to see in darkness. 

There could be IR-LEDs around that camera. And because the image is transmitted to the retina through the CCD camera. intelligent contact lenses can protect the eyes from bright light. And they allow transferring of everything a person sees or says to the supporter. Those contact lenses can be equipped with small microphones that are using nanotechnology. Intelligent contact lenses can also make data security better. 

When somebody who uses those systems will look at the screen. There is the possibility that there are only QR codes on the screen. And the real images are transmitted to the intelligent contact lenses. That denies other people to see what's happening on the screen. Also, things like images from surveillance cameras and drones can transmit to those intelligent screens. 

The problem with intelligent contact lenses is that their use must follow hygiene orders more carefully than the user of old-fashion intelligent glasses. But cleaning those small screens is a similar process to using regular contact lenses. And every people in the world cannot use contact lenses.

Images and other sources 

https://www.mojo.vision/mojo-lens/

Electronic tattoos are the new tools for measuring blood pressure, but they can do much more.

"A new electronic tattoo that can be worn comfortably on the wrist for hours delivers continuous blood pressure measurements at an accuracy level exceeding nearly all available options on the market today. Credit: the University of Texas at Austin" (ScitechDaily.com/Electronic Tattoo Offers Highly Accurate, Continuous Blood Pressure Monitoring)

The electronic tattoo or graphene-based electrodes, implanted under the skin offers an ultimate tool for measuring blood pressure. This kind of electrode can send the data to an intelligent wristband that can communicate with the mobile telephone. One of the versions of that kind of system is the intelligent ring. That ring communicates with mobile devices. 

The term electronic tattoo means small-size microchips or electrodes that are implanted in the body. So maybe in the future those intelligent tattoos can communicate straight with mobile devices and send the data through the internet. But as I wrote electronic tattoos can make many other things. 

If an electronic tattoo is made on to head. That allows following the EEG curves all the time. The electronic tattoo can use to move the prosthesis. And it can transmit data between the computer that controls the prosthesis and the nervous system. Electronic tattoos can use to connect human brains straight with the internet. The system that bases the microchips can take electricity from the nervous system. Or it can use a wireless loader. 

The microchips can communicate with intelligent devices that can the mobile telephone. The sensors are put under the skin of the head. And then, the wires will be put under the skin of the hippie where the mobile telephone usually is. The electronic tattoos at the fingertips can connect with intelligent glasses. 

The intelligent glasses are HUD screens that look like regular glasses or sunglasses. Things like virtual keyboards can project to those screens. And the intelligent tattoo can send the data which key is pushed. Those systems are not needed those tattoos. They must just need to know where is the letter "A". 

So the virtual keyboard's user can use the picture of the keyboard. That is projected to the layer for self-calibration. 

And put finger on some letters. The computer sees where the finger is. The system might ask for the pushed letter to make sure that the system calibration is successful. And if there are problems the person must just say "re-calibrate the system". A virtual keyboard is a good tool in a noisy place where back noise can cover the speech. And also it offers better data security than speech.

But the intelligent tattoo offers the possibility that the person can communicate with the computer by putting the fingers on the table where is the necessary electronics. That means the users of this kind of system will just put their fingers on the layer, and then that system opens the meta interface between the computer and neural systems. 

The intelligent tattoo can also involve data does the person got authorization to use some system. When a person pushes buttons on the keyboard the RFID system in those electrodes tells what kind of privileges the person has to the system. 

https://scitechdaily.com/electronic-tattoo-offers-highly-accurate-continuous-blood-pressure-monitoring/

Image: https://scitechdaily.com/electronic-tattoo-offers-highly-accurate-continuous-blood-pressure-monitoring/

https://artificialintelligenceandindividuals.blogspot.com/

What have we forgotten about the UFOs?

When we see things like UFOs we always say that they cannot come from Earth. The reason is that they have so small size. But the fact is that those "flying saucers" can be made by using quite a conventional technology. If those systems use an external power source like powerful radiowaves or maser rays for taking energy. 

That thing makes it possible that those systems use simply laser-based ion engines or laser rockets. In laser rockets, the laser ray is used to expand air in the combustion chamber. And that thing makes those systems fly or at least travel in the air. 

Sometimes eyewitnesses report the ball-shaped object that hovers above the ground. By using some kind of laser ray. That thing could be the so-called laser-ion or plasma engine. In that system, the laser ray will ionize air that is pumped into the chamber from its sides. Then the system drives plasma through the magnetic accelerator. 

If the power of the laser ray is high enough it can replace the burning in the reaction chamber. The laser causes the expansion of air that is pumped into the chamber. And then the system will operate like a conventional rocket engine that uses only an unconventional system for creating pressure in the engine chamber. 

There is also the possibility that lasers can use to make the hot air cushion below the craft. That thing allows for improving the buoyancy of heavier-than-air vehicles. But the same system can also use with modern airships. There is the possibility that the ultra-modern airships are using electric arcs or some laser rays to create hot air in them. And that thing allows making them very unconventional-looking. 

Is interstellar travel possible?

There are many stories on the internet. Where some people ask, "is interstellar travel possible?". We should rather ask a question, can we travel to our nearest solar system and get the crew back alive? The fact is that we cannot get the original crew back alive from Alpha Centauri. And the senders of that hypothetical crew will never see the return of the craft. 

There is some kind of idea that the crewmates will clone themselves many times during the flight. That thing happens by chancing genomes in the nucleus of some big cells. And then the memories of those people will transfer to their brains. That kind of technology can someday make it possible to conquer the entire universe. 

But then we must realize that we never ourselves visited another planet than our moon. The automatized systems are researching the planet Mars and other internal planets. There is only one moon, Titan where the probe has ever landed outside the asteroid belt. But astronauts are visited only on our moon. And that's the point of interstellar travel. 

Even our solar system is a little bit too big for us. The journey to Saturn took nearly seven years. So the mission to Saturn and back takes 14 years minimum. In this model, the spacecraft will not slow down when it starts to reach the sun. The system would fly to the Sun and launch the return capsule from the side of the Sun. And the gravitation of the Sun will slow its speed. 

The thing in the first interstellar flights is that they might be probes. The system makes the flyby of the solar systems and shoots the sub-probes in it. That means the main probe must not slow down. And then those sub probes will break their speed by using the brake rockets. 

But the fact is this. We are taking the first steps in space explorations. Thigs like Alcubierre drive are far away in the future. The model of the full-scale warp spacecraft is interesting. But then we are facing another important thing. 

If we can make the quark travel with the speed of light. That doesn't mean that the same technique works with spacecraft that weight is tens of thousands of tonnes. But the quark is a good beginning. Using the quarks as exhaust gas allows for to use of more highly energetic particles than photons for thrusting rockets. But those things are far in the future. 

We should create more powerful technology for those interstellar missions. Another fact is that we are creating our first theoretical models for interstellar technology. But we must realize that interplanetary missions are still not routine to us. And interstellar crafts are more enormous systems than any "seriously planned" nuclear rocket can be. 

But technology advances very fast. And who would believe during the time of Viking probes that someday the unmanned rovers travel on the surface of Mars? Or that the small helicopter will research its atmosphere. The highly advanced artificial intelligence can control systems in complicated circumstances. 

Image: https://www.sciencealert.com/here-s-how-the-way-we-speak-could-pose-challenges-in-future-space-travel

The US hypersonic weapon fails again.

Image 1): X-51 "Waverider" hypersonic testbed under the wing of B-52 "Stratofortress" mothership. Image was taken about 5 years ago. 

The USAF hypersonic weapon program faced failure again. The thing is that the hypersonic missile failed while it was released. Hypersonic missiles and aircraft are not very easy to make. One of the biggest problems is how to make the aerodynamic controller. During the hypersonic flight, the pressure cone caused around the missile is the vacuum or extreme low pressure. That makes traditional controllers unusable. 

And if the hypersonic cone hits the aerodynamic controller those controllers will rip off. There is possible to make things like control rockets or air channels through the body of the missile. Another problem is how to conduct temperature out from the core of the hypersonic body. 

The missile will turn by conducting airflow to those tubes. The hypersonic, scramjet driven cargo-system introduced to raise small-size space shuttles to a higher atmosphere. 

There are two types of hypersonic systems

1) Scramjet-driven.

2) Rocket-engine-driven. 

The term "hypersonic missile" means the cruise missile that operates in the atmosphere. The speed of those missiles is over Mach 5. The rocket-engine-driven hypersonic missiles are already in use at least in China and Russia. 

The scramjet-driven cargo carrier rises the shuttle to a ballistic jump. And then the orbiter vehicle uses its internal fuel for rising higher orbiter. These kinds of systems are easier to make than hypersonic scramjet-driven missiles. Those orbiter carriers don't need as accurate aiming as missiles. But when we are thinking about hypersonic missiles. Also, regular ICBM missiles are hypersonic. 

The HGS (Hypersonic Glide Systems) are the warheads that can come down by using a gentle track. That thing gives them the ability to strike targets by using unexpected directions. There is also introduced a weapon where the ICBM missile takes the hypersonic cruise missile above the atmosphere. 

The HCS (Hypersonic Cruise System) means the air-launched cruise missiles that are dropped from the bomber of the fighter. Those weapons can be scramjet or rocket engine driven. The rocket engine-driven hypersonic systems are more conventional than scramjet-based systems. 

Then the hypersonic cruise missile just falls back into the atmosphere. And the scramjet engine starts to operate. Defense contractors along with the air force planned these kinds of systems to put into production in the late 1990s. But the technology was not enough high level. 

When we are talking about hypersonic weapons, the last text was about scramjet-driven systems. Russian Kinzhal-hypersonic missiles use conventional rocket engines. Their speed depends on the carrier plane. And there are many conventional rocket-based hypersonic weapons in production and service. 

https://eurasiantimes.com/setback-for-us-hypersonic-program-as-latest-test-ends-in-failure-navy-sets-a-deadline-to-field-its-mach-5-weapon/?amp

https://en.wikipedia.org/wiki/Kh-47M2_Kinzhal

Image 1) https://www.ibtimes.co.uk/arms-race-between-us-china-russia-develop-hypersonic-missiles-fighter-aircraft-1508241