Officials previously said the balloon, which is hovering at between 43,000 to 45,000 feet, does not appear to pose a national security threat to the U.S.
I’m curious what the frequency of these types of balloons are and if it’s increasing or we’re just more focused on them. There were supposedly some tweaks to sensors last year that started to include balloons and other objects that would have been previously filtered out as noise in the data. So, they’re at least probably getting detected more often. If it’s a matter of being more focused on them, then I wonder what risks they’re concerned about.
I’m curious what the frequency of these types of balloons are and if it’s increasing or we’re just more focused on them. There were supposedly some tweaks to sensors last year that started to include balloons and other objects that would have been previously filtered out as noise in the data. So, they’re at least probably getting detected more often. If it’s a matter of being more focused on them, then I wonder what risks they’re concerned about.
So really, all we have to do is modulate the shield frequency and we’re good. :)
But why not just reverse the polarity of the primary power coupling?
I don’t know but I am absolutely sure the final solution will include the main deflector dish.
More focused for sure. I see a good amount of people who use weather balloons as private individuals in my expirences in the amateur radio communites.
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