System/Object: HIP 17412, planets 6 (gas giant with water based life) and 7 (water world with carbon based life)
Proposed name: Fossils in the planetary ring
Distance from Sol: 187 ly
CMDR Name: Sali Vader
Description: Millions of years ago, life appeared in planet 7, and a meteorite crash ejected rocks covered in microbes into space. Eventually, some fragments arrived at the gas giant, and the life that had survived the hazards of space managed to thrive in their new home. Some pieces remained in orbit and were incorporated into the gas giant's rings, with their microbes preserved as fossils. The recent discovery of these fossils in the rings of planet 6 are the last clue scientists needed to solve the evolutionary past of the life of the binary planets.
I based this story on the martian meteorite they found in Antarctica a few years ago, which has structures that could be microbe fossils: http://www.astrobio.net/mars/the-continuing-controversy-of-the-mars-meteorite/
Proposed name: Fossils in the planetary ring
Distance from Sol: 187 ly
CMDR Name: Sali Vader
Description: Millions of years ago, life appeared in planet 7, and a meteorite crash ejected rocks covered in microbes into space. Eventually, some fragments arrived at the gas giant, and the life that had survived the hazards of space managed to thrive in their new home. Some pieces remained in orbit and were incorporated into the gas giant's rings, with their microbes preserved as fossils. The recent discovery of these fossils in the rings of planet 6 are the last clue scientists needed to solve the evolutionary past of the life of the binary planets.

I based this story on the martian meteorite they found in Antarctica a few years ago, which has structures that could be microbe fossils: http://www.astrobio.net/mars/the-continuing-controversy-of-the-mars-meteorite/
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