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The European Space Agency (ESA) is currently in discussions with SpaceX about the possibility of the American aerospace giant joining an international initiative to tackle the ever-growing issue of space debris. ESA has been actively working to address the escalating risks posed by orbital junk, which threatens both operational satellites and future space missions.

ESA Director General Josef Aschbacher shared that the agency’s “Zero Debris Charter” has received backing from over 110 countries and organisations, with a shared goal of halting new debris creation by 2030. While SpaceX hasn’t yet signed the charter, Aschbacher remains hopeful about progress, noting, “We will keep raising these issues because they are essential.”

Understanding Space Debris

Today, Earth’s orbit hosts roughly 18,897 pieces of trackable space junk, according to Harvard astronomer Jonathan McDowell. This debris includes inactive satellites, rocket bodies, and fragments from earlier collisions. Although ESA doesn’t regulate space activity, it’s committed to fostering international collaboration on this urgent issue. “The fact that we have the charter on the table and that partners are signing up is very encouraging,” Aschbacher added.

The Importance of SpaceX’s Involvement

SpaceX, with around 6,300 active satellites out of an estimated 10,300 in low Earth orbit, plays a significant role in this discussion. Its Starlink constellation alone accounts for nearly two-thirds of all operational satellites in this region. New constellations from other companies, including Amazon and Chinese satellite networks, are adding to the congestion, making efforts to curb space debris even more pressing.

Real-World Implications of Space Junk

The risks are far from theoretical. For example, a recent incident saw a Chinese rocket body disintegrate after a collision with debris, forming one of the largest space debris fields recorded. Additionally, past anti-satellite missile tests by various countries have compounded the problem, contributing further to the crowded orbital environment. As ESA continues talks with SpaceX, the focus remains on ensuring a cleaner, safer orbit for all stakeholders in the space sector.

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New Analysis of 1977 Wow! Signal Reveals Stronger Cosmic Mystery

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The famous 1977 “Wow!” signal — a mysterious radio burst detected by Ohio’s Big Ear telescope — has been reanalyzed using modern computing techniques. Researchers digitized old telescope records, finding the signal was about four times stronger than first thought, peaking at 250 Janskys. The recalculations also refined its frequency and sky location, ruling …

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Astronomers Capture Sharpest-Ever Solar Flare Images with NSF’s DKIST Telescope

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Astronomers have achieved a major breakthrough by capturing the sharpest images of a solar flare ever recorded, using the National Science Foundation’s Daniel K. Inouye Solar Telescope (DKIST). Observed at the hydrogen-alpha wavelength during the decay of an X1.3-class solar flare, the images unveiled hundreds of ultra-fine coronal loops averaging just 48 kilometers…

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James Webb Detects Carbon Dioxide–Dominated Coma in Interstellar Object 3I/ATLAS

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The James Webb Space Telescope observed 3I/ATLAS, the third interstellar object detected in our solar system. Its coma is unusually rich in carbon dioxide with little water or carbon monoxide, suggesting a CO₂-rich core or an insulating crust. Findings raise new questions about its cosmic origin.

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