News

The launch of thousands of satellites has caused significant issues for ground-based astronomers, as streaks from these spacecraft often disrupt their celestial images. However, a Los Angeles-based startup called Squid3 Space claims to have found a solution to this problem by drawing inspiration from marine life.

Squid3 Space has developed ASTRID, a smart electronic covering that can be applied to the outer surface of satellites. This programmable digital covering is capable of rendering the satellite dark during its nighttime orbits. By effectively making the satellite invisible to ground-based telescopes, ASTRID helps astronomers capture clearer images of the night sky without any streaks or interference caused by passing satellites.

This innovative solution comes at a crucial time when the number of satellites in low-Earth orbit is rapidly increasing. Companies like SpaceX, which operates the Starlink constellation, have been launching large numbers of satellites to provide global internet coverage. However, the influx of these satellites has raised concerns among astronomers, who must contend with the resulting streaks and light pollution that obscure their observations.

ASTRID’s technology comprises an array of individually controllable pixels that function as a dynamic camouflage system. By adjusting the pixels’ brightness and color, the covering can mimic the surrounding starry background or even blend with the Earth’s dark shadow when passing our planet during its nighttime phase.

This groundbreaking solution has the potential to revolutionize the field of satellite technology and astronomy. By eliminating the disruptive streaks caused by satellites, ASTRID allows astronomers to conduct their observations unhindered and obtain clearer, more accurate data. With further advancements in this technology, astronomers can continue to explore the wonders of the night sky without interference from the ever-increasing satellite population.

The post Smart Electronic Covering Aims to Solve Satellite Streak Problem for Astronomers appeared first on satProviders.