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Chapters (34)
  1. Cover
  2. Project Hail Mary
  3. Acknowledgments
  4. Chapter 1
  5. Chapter 2
  6. Chapter 3
  7. Chapter 4
  8. Chapter 5
  9. Chapter 6
  10. Chapter 7
  11. Chapter 8
  12. Chapter 9
  13. Chapter 10
  14. Chapter 11
  15. Chapter 12
  16. Chapter 13
  17. Chapter 14
  18. Chapter 15
  19. Chapter 16
  20. Chapter 17
  21. Chapter 18
  22. Chapter 19
  23. Chapter 20
  24. Chapter 21
  25. Chapter 22
  26. Chapter 23
  27. Chapter 24
  28. Chapter 25
  29. Chapter 26
  30. Chapter 27
  31. Chapter 28
  32. Chapter 29
  33. Chapter 30
  34. About the Author

I rest my chin in my hands and peer into the two boxes. “Okay, you sneaky little punks. Let’s see what you can do…”

It takes a couple of hours, but I finally see results. They’re exactly what I expected and the opposite of what I’d hoped.

I shake my head. “Dang it.”

The xenonite-covered Astrophage in the Taumoeba-82.5 experiment is gone. The plastic-covered Astrophage remains unchanged. Meanwhile in the other experiment, both Astrophage samples are unharmed.

What that means: The “control” samples (the plastic discs) prove Taumoeba can’t get through epoxy or plastic. But the xenonite samples tell a different story. Taumoeba-82.5 can work its way through xenonite, but natural Taumoeba can’t.

“I’m so stupid!” I smack myself on the head.

I thought I was oh so clever. All that time in the breeder tanks. Generation after generation of Taumoeba. I used evolution to my advantage, right? I made Taumoeba with nitrogen resistance! I’m so awesome! Let me know when I can pick up my Nobel Prize!

Ugh.

Yes, I made a strain of Taumoeba that could survive nitrogen. But evolution doesn’t care what I want. And it doesn’t do just one thing at a time. I bred up a bunch of Taumoeba that evolved to survive… in xenonite breeder tanks.

Sure, it has nitrogen resistance. But evolution has a sneaky way of working on a problem from every angle. So not only did they gain resistance to nitrogen, they figured out how to hide from nitrogen by sneaking into the xenonite itself! Why wouldn’t they?

Xenonite is a complicated chain of proteins and chemicals I have no hope of understanding. But I guess Taumoeba has a way to worm its way in. There’s a nitrogen apocalypse going on in the breeder farm. If you can get into the xenonite walls deep enough that the nitrogen can’t reach, you get to survive!

Taumoeba can’t get through ordinary plastic. It can’t get through epoxy resin. It can’t get through glass. It can’t get through metal. I’m not even sure if it could get through a ziplock bag. But thanks to me, Taumoeba-82.5 can get through xenonite.

I took a life-form I knew nothing about and used technology I didn’t understand to modify it. Of course there were unintended consequences. It was stupidly arrogant of me to assume I could predict everything.

I take a deep breath and let it out.

Okay, this isn’t the end of the world. In fact, it’s the opposite. This Taumoeba can permeate xenonite. No problem. I’ll store it in something else. It’s still nitrogen-resistant. It doesn’t need xenonite to survive. I tested it thoroughly in my glass lab equipment back when we first isolated the strain. It’ll still do its thing on Venus and Threeworld. Everything’s fine.

I glance back at the breeder farms.