Is protecting the satellites against the laser rays possible?

Is protecting the satellites against the laser rays possible?

Increasing the surface of the satellite

The thing is that increasing the surface of the satellites is one versions of the protection against the laser rays. This means that the satellite would be equipped with a large layer of mylar or some other material, which can be opened in the case, that satellite is targeted by the laser.

That means that the layer is acting as a handheld fan, what can be closed, but when the system would notice the laser ray, the layer would be open to increasing the layer, what means that the heat energy is expanding to a larger area, and that thing can save the structure. If the layer is shining like a mirror, it can reflect the radiation off the layer.

But how to protect the optics of the satellite?

There is possible to equip the camera with a fast-reacting shutter, which is denying the laser ray touching the CCD-elements. The base of this kind of system is that when the lightning tube would start stimulating the laser element, the laser would not create the full power energy ray immediately. That means that the fast-reacting shutter can cover the camera if the brightness would increase too high

But that denies taking images from the area, which are protected by blinding lasers. The other version is to use also the rotating shutter, which limits the laser light stress to the CCD-elements, that means that the satellite can take image also from the laser itself. But when we are thinking about the most modern technology, we could make nasty things to the lasers.

What if we would turn the laser ray back to the laser?

By using the shutter, what has a mirror in front of it, we could turn the laser ray back to the laser. That thing requires that the shutter must turn to laser, and that would cause the destruction of that thing. In somewhere has been introduced the "U" shaped satellite, whare is the optical cable, and when the laser is shooting to that thing, it would return to the point, where it is left. The light cable can be surrounded by LED,s what would increase the energy, which is targeted to the satellite.

The protection against DEW (Directed Energy Weapons) can base to quantum technology

The quantum technology could make it possible to create the layer, where there are multiple "U"-shaped optical fibers. Similar technology can be used to turn the ion and other kinds of DEW (directed energy weapons) rays back to the sender. When ions or electrons would hit the object, the energy ray will turn back by using the tube, what will send those things back,

But the more effective protection just removes the ionization, That means that the electrons would put back to ions. This means that the protons can shoot against electrons or antiprotons. Electrons can shoot against positions. The opposite polarity would pull those particles to impact. And the annihilation will happen too far from the surface of the craft.

The neutralization of ions is effective. The idea is that the ions or electrons would be collected by using a magnetic field, and then they would lose their energy. The idea is that this kind of layer is that it will turn the laser ray back to the point, where it has left, and this kind of system can make laser and ion weapons useless, but the technology of that kind of system is just in theoretical level.

Image:

https://www.armytimes.com/resizer/lihyd1f4SK5hoLRDvgyMG50VsFE=/1200x0/filters:quality(100)/arc-anglerfish-arc2-prod-mco.s3.amazonaws.com/public/WI7KBYKLIBCP3DCIMZSXL53ZXM.jpg