Interesting and futuristic innovations

"Researchers have successfully synthesized an exotic, but very short-lived, Lambda resonance known as Λ(1405) for the first time".(ScitechDaily.com/ Astral Alchemy: Researchers Synthesize Mysterious Exotic Baryon) The Lambda resonance Λ(1405) can be the key to next-generation stealth systems. And it can make material that can resist almost everything.  The image above introduces Lambda resonance Λ(1405). Those electromagnetic fields are acting like wheels. That is driving wave movement between them. This kind of system can be key to next-generation stealth and engine systems. If those wheels drive all wave movements behind them. That makes material invisible.  So if that field pair will hangs in graphene. That thing makes it possible to drive energy through the material in one direction. So that kind of possibility increases the material's ability to resist things like energy impacts.  If that kind of quantum wheel is possible to create and they can keep its form long eno

  Kardachev scale 7 civilization The Kardachev scale 7 civilization would be something that we cannot even realize. That civilization could jump between the third and fourth dimensions. And the question is, could that civilization jump back to the fourth dimension without destroying itself?  In some theories, angels are creatures that are from the fourth dimension. So in those models, ghosts and angels are the same things. If a creature comes out from the fourth dimension. It shines because energy travels outside its body.  When something drops out from the fourth dimension to the third dimension. The situation is similar to jumping down from the upper floor. The thing that comes down from that upper energy level must transfer energy somewhere. The jump itself will not destroy the jumper, the thing that destroys the creature is the slowing. If the speed stops too fast it increases free energy in the system. And that rips the system into pieces.  In this case, energy travels out from th

There are over 4000 Starlink satellites on Earth orbiter. Those satellites can use for multiple missions along with their primary role as a communication satellites.  Maybe we cannot make things, like artificial rings where people can live around the Earth. Small, or miniature satellites are cheaper to launch than large-size satellites. The systems in those satellites are separated between multiple physical systems.  The small-size satellites can operate as an entirety by using virtual technology. And those small satellites can use lower trajectories if they have military missions. Small satellites are harder targets than big satellites. And that protects them against the most kinetic energy ASAT systems.  But we can cover the entire orbit by using small satellites, as the Starlink system shows. If we want to create an effective early warning and photo-recon satellite system, we can simply equip those small communication satellites with infrared and CCD cameras. Large groups of small s

Artificial sense of touch can use in burglary alarms. And it can also use in submarine shells. If submarine has sense. It can feel as if somebody try to connect mine to it. If an artificial sense of touch has got enough high accuracy, that thing makes it possible to use it as fingerprint recognition. We could make artificial touch by using layers where are lots of nano-size lasers. Those layers can detect the place where the finger is moving.  Or the screen-size CCD chip can detect the point where a person moves their hand. In that case, the system measures the distance between the sensors and the object. And it can use an image detector to separate the objects that are touching it from the background. In that case, the optical system acts like the sense of touch.   Today artificial sense is used in touchpads. Two layers touch each other or touch causes a tunneling effect that makes electricity travel to a certain point. The same technology can use to make artificial sense for submarin

Media is always full of cases where that AI fails. And in many cases, people expect too much from those tools. AI is not intelligent. It doesn't make new solutions. When the AI sees a program, it selects from the event handlers the solution.  That meant for that of case. Every single case where AI needs to react requires its unique event handler. And the event handler requires a description of the case.  The event handler is the bite of code that determines how the system must react to cases that the system face. If there is no event handler for some cases, that means the system cannot react to that case.  The biggest problem is that every possible case requires its event handler. if the robot must operate independently on the streets. It requires a large number of event handlers.  Driving a car is easier to AI than just walking. Because in traffic are strict regulations for the actions. That means programmers must not create so many event handlers for the car. But that kinds of sy

"New research introduces the possibility that the virus' spike protein can turn against itself". (ScitechDaily.com/Outsmarting COVID-19: Weaponizing the Spike Protein Against Itself To Prevent Infection) First, when we see the ideas like making the virus' spike protein make the "U"-turn and then destroy the virus' structure and genomes, we can think that this is a little bit too absurd. But there is the possibility. To connect some chemical marks to those spike proteins, which makes them unable to work. There is the possibility that vaccines that can connect small DNA bites to the cells can make the cell turn to destroy that spike protein.  And that makes the virus unable to transfer its genome to cells. The spike protein can also connect to a chemical mark that makes an immune defense attack infected cells. The problem is how to connect those chemical marks to a virus population that is large enough. There is also the possibility to connect another prot