>>63894058>Vague random seetheI didnt say Russia could do it though they probably can, but I did say that hitting a small satellite is easier than you think because the inverse square law (yes) means pretty much all lasers spread out over significant distance.
Geostationary satellites are by nature "stationary", and while yes, those on a geostationary height yet more polar orbit with more longitudinal range (these can even be geostationary in terms of latitude) to reach higher latitudes do move, they are substantially easier to hit than purely LEO polar orbits as they are farther away. This sounds funny, but after a certain distance it makes virtually no difference to the light source how far away it is, as it's a single point to the source that is covered by the laser regardless of distance.
LEO polar sats are actually easier to hit with thirdie weapons systems, while they are not as stable, they are significantly closer and you can therefore use more inaccurate lasers to perform the same job.
The inverse square law is the reason laser pointers work against pilots despite being tiny and incredibly hard to aim, because by the time they get to the distance of the pilot the beam is 100's of meters wide. Significantly weaker sure, but if it can actually blind someone on the ground, it can annoyingly flash someone in a plane.
The effectiveness of a laser like this can depend on the cameras looking at it, but they can be very effective against cameras that are highly sensitive to IR such as launch detectors, and thus vulnerable to potential IR blinding.