Es regnet die Schwefelsäure auf der Venus, und die Oberfläche ist so heiß – sie genug, um das Blei zu verflüssigen -, dass dieser Regen verdunstet, bevor er überhaupt auf den Boden trifft. Aber die Wolkenschicht ist seltsam gemäßigt. Hier wird der „Venus Life Finder“ -Mission von Rocket Lab im nächsten Sommer nach organischer Chemie suchen.

SS: (from the article)

*The mission — tentatively called the Rocket Lab mission to Venus — is currently eyeing up the summer of 2026 for a launch date. It’ll send a robotic detective screeching through the Venusian atmosphere — but it’s not looking for phosphine. Instead, it’s going to search for the tell-tale glow of organic compounds.*

*“Why would you look for a biproduct of life if instead you can put your money on complex molecules that indicate life?” says Sara Seager, an astrophysicist and planetary scientist at MIT, and the science team lead on the mission.*

*The atmospheric diver won’t survive for very long, and it will have less than 30 minutes to perform its work. But if it succeeds, and it detects organic chemistry in that alien sky — not conclusive evidence of life, but perhaps the foundations of biology — then two things will suddenly become true.* 

*The first is that companies can send relatively cheap, hyper-focused spacecraft to worlds as extreme as Venus. “If we can show that Rocket Lab is capable of doing really serious science missions, at a cost that’s one-twentieth, or one-hundredth the cost of typical science missions… then we can open up a new era in space exploration,” says Christophe Mandy, a senior systems engineer and program manager for the Venus mission at Rocket Lab.*

*The second? Science will have to redefine what it means for a world to be potentially habitable.*