Assuming all these companies are interested in launching their own constellations of ~10K-100K satellites into L/MEO, how many companies could actually do this before cascading collisions starts becoming a real worry?
Make the US land area ~20% larger. Randomly place 50,000 shoe boxes up and down the entire eastern seaboard. Randomly place 50,000 shoe boxes up and down the entire western seaboard. Send them in straight lines towards the other side of the country. See if any collide. Almost certainly none of them will. Edit: They will almost certainly For reference, if you placed all 50k boxes next to each other on the same beach,…
TeraWave Satellite Communications Network
51–60 of 116 posts
Re: TeraWave Satellite Communications Network
#52Earlier quoted context omitted.
It's interesting that people have a hard time visualizing this. The area in Earth's LEO is, definitionally, bigger than the Earth itself. The SEA parking garage fits 12,000 cars in it. Two of those spread over the entire planet would be an imperceptible amount of space. You could drop a pin on a map your entire life and probably never hit one.
SEA parking garage? Unfamiliar with this size reference.
Re: TeraWave Satellite Communications Network
#53Assuming all these companies are interested in launching their own constellations of ~10K-100K satellites into L/MEO, how many companies could actually do this before cascading collisions starts becoming a real worry?
Re: TeraWave Satellite Communications Network
#54Assuming all these companies are interested in launching their own constellations of ~10K-100K satellites into L/MEO, how many companies could actually do this before cascading collisions starts becoming a real worry?
AFAIK they're in separate shells so the probability of collision is basically zero.
Re: TeraWave Satellite Communications Network
#55Interesting there is an optical networking option for end users (claims ~6TBps). Maybe a really dumb question, but how would the end user's ground station maintain connectivity during cloudy weather? Do they have cloud-penetrating lasers from the MEO satellites? Would that interfere with aircraft, astronomy tools, etc? Some short googling says they have lasers that clear a path for a data carrying beam, but that seem…
Some info from NASA optical communication page. "Even Earth’s atmosphere interferes with optical communications. Clouds and mist can interrupt a laser. A solution to this is building multiple ground stations, which are telescopes on Earth that receive infrared waves. If it’s cloudy at one station, the waves can be redirected to a different ground station. With more ground stations, the network can be more flexible du…
Re: TeraWave Satellite Communications Network
#56Earlier quoted context omitted.
Make the US land area ~20% larger. Randomly place 50,000 shoe boxes up and down the entire eastern seaboard. Randomly place 50,000 shoe boxes up and down the entire western seaboard. Send them in straight lines towards the other side of the country. See if any collide. Almost certainly none of them will. Edit: They will almost certainly For reference, if you placed all 50k boxes next to each other on the same beach,…
This is funnily oddly specific.
Re: TeraWave Satellite Communications Network
#57Re: TeraWave Satellite Communications Network
#58Assuming all these companies are interested in launching their own constellations of ~10K-100K satellites into L/MEO, how many companies could actually do this before cascading collisions starts becoming a real worry?
Make the US land area ~20% larger. Randomly place 50,000 shoe boxes up and down the entire eastern seaboard. Randomly place 50,000 shoe boxes up and down the entire western seaboard. Send them in straight lines towards the other side of the country. See if any collide. Almost certainly none of them will. Edit: They will almost certainly For reference, if you placed all 50k boxes next to each other on the same beach,…
Re: TeraWave Satellite Communications Network
#59Earlier quoted context omitted.
Some info from NASA optical communication page. "Even Earth’s atmosphere interferes with optical communications. Clouds and mist can interrupt a laser. A solution to this is building multiple ground stations, which are telescopes on Earth that receive infrared waves. If it’s cloudy at one station, the waves can be redirected to a different ground station. With more ground stations, the network can be more flexible du…
So it'll never work in Scotland.