Interesting and futuristic innovations

The new materials are breakthroughs in mobile technology. If there is the possibility to make material that turns kinetic energy, heat, and sunlight into electricity that makes it possible to create a new type of cell phone. The research team at The University of Oulu, Finland, is made a research that opens the road to that kind of materials.  A nanotechnology is an impressive tool. When we think about the nanomaterial that can produce energy or turn kinetic, heat, and sunlight into electricity. That thing opens the road to the most impressive materials and technology, that has ever been created.  The nanomaterial can be to the structure where the small-size nanogenerators that combined with a silicone-based graphene-fullerene hybrid. There is the possibility that the nanogenerators are looking like the systems that are used in kinetic wristwatches. The idea is that between two 2D hybrid atom layers are nanotubes. In those nanotubes is magnetic material and then the rotor is in that tu

New highly accurate machine learning can separate compostable from conventional plastic. But it can make many more things. The new artificial intelligence is a so-called general-purpose tool. The AI is the platform that can use in multiple missions.  The user of the AI just teaches the new things to the system by downloading the new module to it or creating that module by using their programming tools. The AI can detect recyclable carbage, or it can sort birds by species in databases. And the same AI platform can show things like hostile missiles from satellite images.  Learning AI is an interesting- and multipurpose tool. The same algorithm that can separate metal, or like in this case: compostable plastic from conventional plastic from other garbage can use to separate cancer cells from normal cells. The same algorithm can separate enemy tanks and vehicles from forests. And this means when people are making new AI software they must realize that all these kinds of systems are multipu

The Alpaca-AI costs are very small, and that causes problems for companies. Who pays thousands of dollars for some AI tool that has some limits, when they can order the AI to make a copy of itself to their servers? The Stanford Alpaca's costs were less than 600 dollars and the Open AI and Microsoft spends millions for Chat GPT.  Now it's done. Artificial intelligence created the new artificial intelligence. "The son of ChatGPT" called "Stanford Alpaca" caused discussions in the media. The Stanford Alpaca is an artificial intelligence created by ChatGPT. The price of the Alpaca was less than 500 dollars, and there is probably a server that runs the software involved to that price. The researchers of the University of Stanford just gave ChatGPT orders copy of itself. Maybe they used the command "make a copy of yourself" and then the ChatGPT generated the next version of itself.  And then the problem with that new Artificial intelligence called "

Mathematics and physics are exact sciences with strict rules. That means the solutions, the system gets must come from using certain methods and formulas. And that thing means testing mathematical software is easy. The tester must just use the same formulas in some other mathematical tools, and if the answers are identical, the software should operate as planned. This makes it possible to test things like AI quite easily.  The AI can get orders that it should make some calculations. And then that system must search for the right formula from the net. That thing can test the AI's ability to search for information from web pages. Because, the solution is made by using certain mathematical or physics formulas, that makes it easy to control the software.  The problem with deep-learning networks is that they are hard to understand. The testers can test the systems' functionality easily. They just input some code into the system. And then they see the answer. In that testing version,

The idea for the Dragonfly drone is the idea that the Global Hawk drones can equip with propellers. That is used in quadcopters. Those propellers that can be pulled in could give Global Hawk the VTOL ability. Those propellers lift Global Hawk, and then it can start to use its main engine. Today Global Hawk is an old fashion concept. But it can be used in civil missions. Dragonfly is the drone that could search for life from Titan. The drone is also able to operate on any planet with an atmosphere or those highly sophisticated tools can also "fly" in oceans. That means the Dragonfly-type drone can also swim in hydrocarbon oceans on the giant moon Titan.  The Dragonfly-type drones could also take samples from the gas planet's atmosphere. In that kind of system, the drone can have a rocket engine that can use hydrogen or methane and oxygen as fuels. That drone can drop into the gas giant's atmosphere. There is can dive deeper and take that sample. Then those propellers r

The intelligent watch that uses Chat GPT can make multiple things possible. The smartwatch that can connect itself to the internet, makes it possible. That system's users can communicate with all intelligent tools. That they have by using voice commands.  The owners of this system can order robot vacuum cleaners to clean the house, the computers get updates and things like microwave ovens to begin the warming of food. They can ask the quadcopters to take pizza to them, but also military personnel can use the same systems.  The person can call the car with autopilot to get that person from the front of the door. But the same system can use to guide armored vehicles or helicopters with autopilot to support friendly troops on the battlefield. So those vehicles can also have autopilots.  In those network-based systems, the AI will connect multiple tools to one entirety. And that thing makes the system more effective than ever before. AI-based networking tools can use in everyday life.

The new ideas for hypersonic flight are impressive. One of them is to connect the idea of an electric jet engine with hypersonic systems. The hypersonic aircraft will pull air inside the rocket chamber where the electric arc expands it.  These kinds of systems can be futuristic, but the fact is this. Hypersonic technology is far more than just some missiles. The hypersonic jet can jump outside the atmosphere and make a ballistic jump. The rocket-scramjets where the flaps are closing the air inlet are basing technology created for the V-1 flying bomb.  But in the hypersonic version, the flap scramjet can use as a regular rocket engine before its speed is rising to the level that the scramjet engine can start. When the flap scramjet starts its acceleration the flap system closes the air inlet, and the engine uses the internal oxygen and fuel.  In that system, the motor uses internal oxygen until the incoming air reaches the level of Mach 6-7 where the air inlets open and the scramjet can

Space elevators are futuristic launching structures that are used to drive satellites or other spacecraft to the orbital trajectory. The space elevator is a tower that rises to the orbiter. The problem with that kind of structure is its weight is enormous. The solution is that there is a counterweight. That pulls the tower outward. And that thing denies the space elevator collapse.  Another version is to use pressurized air to keep the space tower in its form. Researchers planned to build a space elevator on the equator, and then the centripetal force can throw the satellite into space. The space elevator is meant to use as the system that shoots small satellites into the orbiter. So the space elevator is not meant to send spacecraft to other planets.  But there is another type of plan for that futuristic system. The first version is that the space elevator is the nanotechnical wire that is made between the satellite and the ground. The wire would be equipped with a magnetic track. And

 https://visionsoftheaiandfuture.blogspot.com/p/enormous-scale-time-dilation-can-make.html

A startup called JetOpera makes a new flying car that can fly Mach 0,8. The low-cost and noiseless flying concepts are called "Flying cars". The new version of those low-cost and flexible aerial vehicles is all VTOL-capable. The new system that uses similar engine technology used in Dyson's bladeless fan can reach a new record for those systems, and some of those "flying cars" can make much more than just fly. The FPS system can make flying submarines a reality.  The use of the FPS (Fluidic Propulsion system) technology that is used in bladeless fans can install in the body of full-scale jetfighters. And they can make the new type of super- and hypersonic jet fighters. But the new flying car concepts are incredible. They are faster and cheaper than regular helicopters. And those systems are offering interesting platforms for many things like regular personal transport. But also civil and military officials might be interested in those systems.  The FPS can also

 How to make X-ray images inside the box by using augmented reality.  In the warehouses, the system can simply connect the X-ray image from the security X-ray scanner to augmented reality. If the system uses a 3D X-ray scanner the user must just read the QR code from the box. And then the computer downloads the 3D image to augmented reality glasses. Researchers can also install X-ray scanners in quadcopters. The system bases technology where the quadcopters are flying on opposite sides of the object. And then that system can make 3D X-ray scanner images from any object in nature.  The system is quite simple to create. The only needed thing is two, or a bigger number of quadcopters that have X-ray systems. In that system, the person who uses the augmented reality system just points the laser pointer to the box or some other target.  And then the quadcopters that are at an opposite positions to each other start to use their X-ray systems. That system can create an image of things inside

  Space towers are one version of the space cannons or "Verne cannons". Space towers are one version of the space cannons or "Verne cannons" When we are thinking about this type of launching system we must realize that even if those systems cannot launch humans to the orbiter. They can use to launch miniature satellites at least to sub-orbiting trajectories. Space towers are more realistic and conventional solutions than a space elevators. The size of those towers is less than ten kilometers. And they can lie down when they are not in use. The telescope structure makes it possible to rise the tower to the operational length only when it's needed. The space tower is one version of the space gun that shoots small satellites into orbit by using pressure. That was created by using regular cannons.  The problem with space cannons is the recoil. The electromagnetic rail gun systems are making these kinds of systems possible. And launching a rocket through a tube incre

     How to control drone swarms?  Drone swarms are tools that prove quite cheap and flexible systems that can cover large areas. Drone swarm control can happen very easily. If all drones have the same IP-address that allows, the system can move the entire drone swarm at the same time and if the drones have two network cards they can use individual IP addresses in their internal communication.  In that model, the system can operate the drone swarms as an entirety or otherwise make the individual drone make the missions. Individual drones are needed when the system wants to send one of its members to search things more closely. So, when the operator gives the order that some of the drones must go to take a closer look, that drone swarm can select those drones independently.  The idea of the drone swarms is that the system can act as an entirety. In this model, the computers can share their calculating capacity with group members. And every single drone has its controlling computer. The

   An innovation proves satellite communication for iPhones and Android phones.  The new systems can make technical telepathy possible. The innovation proves pocket-size BlueTooth-based satellite communication systems for i- and Android phones. But those systems can also connect with the BCI. That allows people can talk with each other by using this technology even from another side of the World.   These kinds of things are making cell phones more effective and flexible than they already are. The pocket-size satellite communicator makes it possible, that some scientist or explorer can pay their bills from the middle of the jungle. And that system also allows transferring data from anywhere on the Earth to laboratories. But that system can make many more things. It can connect with quadcopters. And that allows the operator can control those systems from another side of the Earth.  This kind of small satellite communication tool can also make lightweight data helmets and data glasses pos