Interesting and futuristic innovations

The fact is that robots are not always physical. The ghost robots can be the computer algorithms that are used for searching data from the network.  And the ghost robots can be used by the physical robot. The physical robot just connects itself to the network. Then the physical robot sends its algorithms to the system to collect the data from the net.   1) The core of the robots are the servo-engines and other things that the physical robots use for interacting with their environment. Robots can use many things, that are not safe for humans. They can use jetpacks for flying and that kind of system can give them the modular operating capacity.   The robots can use parachutes. They can jump from aircraft or operate in space very long time without cancer risk. The gloves of robots might have welding tools like laser and electron welding systems. Those systems can use to fix the holes on the walls of space stations but they can also be weapons.  The same electron and laser rays that are me

Image: Pinterest The new algorithm trains the drones to fly around obstacles and other targets with high speed. That system can use in drone swarms, which can drop from aircraft or satellites to the areas, and those systems can scan things like buildings and make 3D models of those things.  Those drones might have either laser or radar scanners connected with the CCD cameras. Those drone swarms are also useful tools for reconnaissance and intelligence missions. The extremely small quadcopters can drop to the airbase, and they can scan structures and aircraft. The size of those drones is small as possible. And their systems are limited.  But they are operating as an entirety the robot cloud, which travels across the land. Some of those drones might be equipped with small-size Geiger-meters and drone swarms can use those systems to smell things like nuclear material. Those drones can fly in the turbines of jet engines. And they can be harmful.  The drones can fly across the houses if the

The trapping problem does not affect the quantum computer. It must not halt for beginning the new task. Halting one layer or state of the qubit is enough.  The "trapping problem" means the computer must halt before it can start the new computing process. The regular computer has only a data handling layer with two states zero and one, and when it would need the entire layer or its capacity for making calculations. When some calculation or computing data will send to the system. The system's entire capacity is reserved for the single operand because all data travels like in the one electric wire.  We can think the computers as factories. Their work is to intake data and process it to the new form. The regular computer has only one line, that handles data. If that system is stuck with some problem, there is no help. Because there is no chance to separate stopped computer from the working computer there is no outcoming help for that problem.  The only way to tell that someth

The new method that is created in the UNSW Sydney has made it possible to control thousands of qubits over the silicon layer. And that thing makes it possible to create compact-size quantum computers. The ability to control the spin of billions of qubits at the same time makes it possible to create a new type of quantum microprocessors.  That thing is one of the key elements for making a table-size quantum computer. And maybe the first commercial quantum computers are at the shops sooner than we ever imagine. The research of quantum computers is accelerating. The reason for that is quantum computers can use to calculate the calculations and create the algorithms.  Those are used for creating the more complicating models for the oscillations of atoms. And that thing is making it possible to create smaller and more accurate quantum computers. Let's take one example for that. The primitive quantum computers used stable temperatures for stabilizing qubit, which is adjusted by stressing

Pauli's exclusion principle is simply that there cannot be two fully identical fermions in one quantum space. This principle makes it possible that fermions can connect in one structure by using the differences in the electromagnetic and quantum fields of the fermions.  That thing makes an interesting possibility for the quantum structure. Normally, Wigner crystal is made inside the solid atomic structure. So the Wigner crystal is acting as the substructure in the solid material. But the new method makes it possible to make the Wigner crystal by using pure electrons.  Pauli's exclusion principle makes it possible that the researchers are made the Wigner crystal using only electrons. That thing is one of the most fundamental structures in the world because if it is connected with another Wigner crystal.  If that structure is made by using protons. That thing makes it possible to create a new type of quantum battery. But for making a quantum battery is needed only two electron gr

When Alan Turing noted in 1934 that the "Trapping problem" is the thing that slows Turing's machine, he made one of the most interesting findings in history. The Quanta magazine describes this problem like thins "As Turing noted in 1936, to compute something, a Turing machine must eventually halt — it can’t get trapped in an infinite loop. But he also proved that there’s no reliable, repeatable method for distinguishing machines that halt from machines that simply run forever — a fact known as the halting problem". (Quanta Magazine, How the Slowest Computer Programs Illuminate Math’s Fundamental Limits).  "The trapping problem" has two ways to make computers slower. The first thing is as in the "Quanta Magazine" has been described," there is no way to distinguish machines, that halt from machines that work forever". How to avoid the case that the machine is stuck in the loop, that continues forever?  The computer program must progra

MiG-31K carrying Kh-47M2 Kinzhal ALBM (Air-Launched Ballistic Missile) missile (Wikipedia, Kh-47M2 Kinzhal) Connecting normal jet engines to rocket aircraft is not often mentioned as the way to increase the capacity of the aircraft. That thing can turn into hypersonic aircraft or cruise missiles. So the rocket aircraft will equip with jet engines. The rocket-based hypersonic missiles are maybe already in operational use. Those missiles are using rocket engines for accelerating their speed to highly super- or hypersonic.  The rocket aircraft can work as a hypersonic missile. The most conventional version of hypersonic aircraft has been missing from the great public. The system would have jet engines that it can use for slow-speed flight. When the system requires the maximum speed it just turns to use the rocket engine. The air-launched systems might be regular missiles, which have different flight profiles than usually. The hypersonic missiles don't require a scramjet engine. And th

Space X is one of the most unusual and innovative companies in the world. But it is not the only private operator in the space industry. When Elon Musk started his Space X company he thought big things. The reason investors are other kinds of important people interested in that corporation is that thing was a serious attempt to make the dream true. Which is the private space launch company is that there was something different in that company. If we are trying to compile that company with other similar companies the question that should bring to the mind of people is that Space X was and still is a company. And the other thing is that the question about the elder attempts to privatizing space is that there was an engineering background in that start-up. The question about the earlier attempt was to establish the private space corporations was that were there working any engineers in those corporations.  There is a lot of information about rocketry itself. But are there any engineers or

Do we need alien technology? And how to describe that term? You might think that I'm crazy, but when we are thinking about the rumors that some nations might use "alien technology" we must describe the term "alien technology". Is it something uncontrollable, unpredictable and something, that emerges without warning? When we are thinking of the form of "man-made alien technology", that thing might mean the research and development process, what are self-controlled. Or they are controlled somewhere else than the top of the system.  That kind of technology can create at the lowest levels of the hierarchical systems. That means the leaders of the system would not even know the existence of those things before they are introduced to people.  So if we are thinking that way, systems like combat drones and weaponized quadcopters are the thing, that is filling the description. The "alien technology" probably doesn't mean it is from other planets.

  What if we can someday in the future create synthetic gravitational waves? Can we use them as the qubits in futuristic quantum computers?  What term quantum cryptology means? In normal encryption, the message or the ASCII numbers forming the information sent to the receiver is multiplicated by using prime numbers. That thing offers the PGP (Pretty Good Privacy). But the quantum computers are causing that those regular encryption processes are leaving history.  Quantum decimal numbers that are consisting billions of numbers are making the encryption secure. But the problem is that quantum computers will calculate those decimal numbers very fast.  And that thing makes it necessary to use quantum encryption.  The quantum encryption bases the qubit. The idea is to make a real or virtual qubit, and the system operates by using a similar process with real qubits or quantum computers. The system bases the idea that the electricity will send through the voltage meter. And the graduation of t