Satellite megaconstellations are increasingly impacting astronomical observations. Bright satellite streaks are compromising ground and space-based telescope images, while radio telescopes struggle with growing orbital radio noise. This crowded orbit challenges future missions and affects long-term research by increasing light scatter and debris, necessitating new strategies to preserve sky clarity for scientific discovery.
from Times of India https://ift.tt/iA5HJky
https://ift.tt/JvEF60i
Satellite megaconstellations are increasingly impacting astronomical observations. Bright satellite streaks are compromising ground and space-based telescope images, while radio telescopes struggle with growing orbital radio noise. This crowded orbit challenges future missions and affects long-term research by increasing light scatter and debris, necessitating new strategies to preserve sky clarity for scientific discovery.
Satellite megaconstellations are increasingly impacting astronomical observations. Bright satellite streaks are compromising ground and space-based telescope images, while radio telescopes struggle with growing orbital radio noise. This crowded orbit challenges future missions and affects long-term research by increasing light scatter and debris, necessitating new strategies to preserve sky clarity for scientific discovery.
December 05, 2025 at 09:30PM
No comments:
Post a Comment