Lasers can't be detected unless you're in the line of sight. And if we currently have FTL quantum entanglement communications, that's news to me. Last I, or any scientist heard, that was still impossible.Speaker to Animals wrote: ↑Mon Nov 04, 2019 3:48 pmHe was talking about infantry. You don't want to provide your enemy with a laser targeting your infantry if they are capable of detecting it and even using to guide weapons to your recipients.brewster wrote: ↑Mon Nov 04, 2019 1:27 pmThey would have to literally be directly in the line of sight to even detect it. Yes, in space, hand signals with a range of yards is obviously much better than encrypted laser telecom with a range of kiloclicks.Speaker to Animals wrote: ↑Mon Nov 04, 2019 1:05 pmLaser comms could tell your enemies exactly where you are located. They are literally directed between the senders and receivers.
As for Hypercooling, study some fucking physics.
Even in space, sure, laser comms might be useful, but even today we can use quantum entanglement to communicate. No obvious way to detect that shit and you can communicate instantly. Also needs no line of site at all.
https://www.space.com/41968-quantum-ent ... light.html
while the process of disentanglement happens instantaneously, the revelation of it does not. We have to use good old-fashioned no-faster-than-light communication methods to piece together the correlations that quantum entanglement demands. Thus, Einstein's universal speed limit is preserved, and so is the fundamentally quantum worldview.