Future Concepts of Air Warfare

Imagine You can’t visually see the enemy stealth aircraft. But, you can see the fluid air, and it’s temperature. Imagine the exhaust of an aircraft and the air disturbances being the detecting factor of a missile. Imagine it targets just ahead of the air disturbance. Imagine AI Quantum Computing updating the airs physical spacial vortexes and using that data to compile a solution that directs a missile straight to the target causing the disruption. Imagine, that the missile is also a stealth missile.

Virtually, the USEA is conducting wind tunnel research into this.

Today, many states have been focusing on stealth and agility for air warfare. Some have looked into using bombers as an arsenal platform for air combat. The USEA is researching a new strategy to counteract stealth and arsenal warfare. Laser Dome.

Imagine a laser, or a light, that shines in all directions at the same time. Now, imagine using satellites to receive that light. If there are enough satellites deployed, a feather can be detected if it passes between that light and the receiver. Imagine these satellites being the size of a finger nail, or even smaller, maybe like a piece of glitter. Now, imagine a stealth that one can’t even see visually passes between this light and a receiving sensor. Then imagine several thousand of these receivers painting a real time picture of the physical shape of the object. Then, imagine it being transmitted in real time using quantum spatial computing, to where signals are transmitted by atomic manipulation. Yes, the tech is legit and being developed for internet usage in the real world.

The idea is to have light dim between earth and the satellites along a specific area, and an automated interface (with AI computing) renders a visual representation of the target that sums that light. The atoms on the quantum spacial computer on earth are then instantly altered by satellites sensors using that quantum spacial stuff to show a real time 3D image on a screen, or even better, a virtual reality visor, to a person. That person will have full roam in a 3D environment capable of pointing on and tagging a moving 3D object and physical missiles calibrated with that virtual space could be launched to that virtual target in a real airspace, which would actually fly to the real target.

In all, a physical location on earth is calibrated to match a virtual space in a computer, sensors detect a target and it is represented in that virtual space, then a person using a virtual reality visor touches and locks on to it, and launches a missile that is calibrated with the virtual space. The missile will, always, hit its target, because it’s not relying on heat or radar guidance. It’s not really seeing anything other than the virtual target in its own computer.