>What if the satellites had extra antennas pointed outwards
Pointed outwards towards what?
And I don't understand how that solves atmosphere interference issues. Still gotta go through the atmosphere at least twice for ground to ground
In actual fact, I believe the long term Starlink plan does include satellites in higher orbits, but I don't know their role
Lowest long distance latency is potentially a big competitive advantage for Starlink, so they'll probably try to get the shortest ground to ground path for some high priority customer data, and higher orbits on the signal path will detract from that goal
There is no fixed or computable phase relationship in optical wavelengths. But the constellation could operate as an Earth-sized radio telescope pointing all directions at once, probably for a few seconds a day to avoid exceeding downlink bandwidth. There, the phase relationship is anyway computable, in principle.
Probably they have not, yet, because they will be lofting new ones all the time, so have time to get it right. And, it might not really be computable, in practice.
Pointed outwards towards what?
And I don't understand how that solves atmosphere interference issues. Still gotta go through the atmosphere at least twice for ground to ground
In actual fact, I believe the long term Starlink plan does include satellites in higher orbits, but I don't know their role
Lowest long distance latency is potentially a big competitive advantage for Starlink, so they'll probably try to get the shortest ground to ground path for some high priority customer data, and higher orbits on the signal path will detract from that goal