They could just shift the frequency up and down so they can get data in those ranges. There’s advantages to them being linked together and being able to communicate with them. They could probably also
Shut down those bands completely temporarily so some science can get done.
I get this is a HUGE issue, but this also isn’t this massive non accountable issue to get some science done. Just makes it harder, these embellished headlines don’t help stuff.
They cannot simply shift them. There are huge regulatory machines that would need to approve such an event. At most they could cut off using some of their band and use less of it, but that comes at the cost of customer service.
A satellite passing over your head will travel about 4,500KM from horizon to horizon (assuming low earth orbit). Turning off the radios over that span of distance would mean entire countries don’t get starlink traffic any time a radio telescope needs that band, and my suspicion is they need them often.
Honestly, we need to get more of these things off earth to continue this sort of research.
What? The bands already have a range, they don’t stay static on a single frequency in that band because of overloading, but if it needs to be done for periods of a time, there’s no issue with that. The band already cycles, what regulatory “machines” are involved? Stay at the top end, and then the bottom end for a bit. Put the cycle on a schedule instead of having all active at once.
And no they wouldn’t lose internet, there’s multiple bands and frequencies for that exact reason. If ones congested, it shifts to another less congested and cycles that way.
Using the light and laser example shift the red light to oranger and get some data, shift it to bluer and get the other. You can also shift the laser a little to get get more data on either side of that.
Light, like radio has fluctuations you can take advantage of to read between the lines.
That works great unless you’re specifically looking for results in those frequencies.
It’s the equivalent of trying to look for a red laser pointer dot on a wall and some jackass put red floodlights in front of you aimed at the wall.
Agreed. Idk I dunno enough about radio telescopes to know what frequencies they typically look at.
Nor do I know what bands star link works on.
Either way, maybe Elon should stop launching trash into space.
They could just shift the frequency up and down so they can get data in those ranges. There’s advantages to them being linked together and being able to communicate with them. They could probably also Shut down those bands completely temporarily so some science can get done.
I get this is a HUGE issue, but this also isn’t this massive non accountable issue to get some science done. Just makes it harder, these embellished headlines don’t help stuff.
They cannot simply shift them. There are huge regulatory machines that would need to approve such an event. At most they could cut off using some of their band and use less of it, but that comes at the cost of customer service.
A satellite passing over your head will travel about 4,500KM from horizon to horizon (assuming low earth orbit). Turning off the radios over that span of distance would mean entire countries don’t get starlink traffic any time a radio telescope needs that band, and my suspicion is they need them often.
Honestly, we need to get more of these things off earth to continue this sort of research.
What? The bands already have a range, they don’t stay static on a single frequency in that band because of overloading, but if it needs to be done for periods of a time, there’s no issue with that. The band already cycles, what regulatory “machines” are involved? Stay at the top end, and then the bottom end for a bit. Put the cycle on a schedule instead of having all active at once.
And no they wouldn’t lose internet, there’s multiple bands and frequencies for that exact reason. If ones congested, it shifts to another less congested and cycles that way.
Using the light and laser example shift the red light to oranger and get some data, shift it to bluer and get the other. You can also shift the laser a little to get get more data on either side of that.
Light, like radio has fluctuations you can take advantage of to read between the lines.