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Chapters (68)
  1. Title Page
  2. Dedication
  3. Acknowledgments
  4. Epigraph
  5. Map
  6. Part 1
  7. Chapter 1
  8. Chapter 2
  9. Chapter 3
  10. Chapter 4
  11. Chapter 5
  12. Part 2
  13. Chapter 6
  14. Chapter 7
  15. Chapter 8
  16. Chapter 9
  17. Chapter 10
  18. Chapter 11
  19. Chapter 12
  20. Chapter 13
  21. Chapter 14
  22. Chapter 15
  23. Chapter 16
  24. Chapter 17
  25. Part 3
  26. Chapter 18
  27. Chapter 19
  28. Chapter 20
  29. Chapter 21
  30. Chapter 22
  31. Chapter 23
  32. Chapter 24
  33. Chapter 25
  34. Chapter 26
  35. Part 4
  36. Chapter 27
  37. Chapter 28
  38. Chapter 29
  39. Chapter 30
  40. Chapter 31
  41. Chapter 32
  42. Chapter 33
  43. Part 5
  44. Chapter 34
  45. Chapter 35
  46. Chapter 36
  47. Chapter 37
  48. Chapter 38
  49. Chapter 39
  50. Chapter 40
  51. Chapter 41
  52. Part 6
  53. Chapter 42
  54. Chapter 43
  55. Chapter 44
  56. Chapter 45
  57. Part 7
  58. Chapter 46
  59. Chapter 47
  60. Chapter 48
  61. Chapter 49
  62. Chapter 50
  63. Chapter 51
  64. Part 8
  65. Chapter 52
  66. Other Books by China Miéville
  67. Praise for Perdido Street Station
  68. Copyright

“Well, look. You put whatever it is you want . . . tapped, in here.” He indicated a scrawl representing a belljar. “Then . . . well, the science is complicated, but the gist of it . . . let’s see.” He drummed his fingers on the desk. “This boiler’s kept very hot, and it powers a set of interlocking engines here. Now, this one’s loaded up with sensory equipment that can detect various types of energy fields—heat, elyctrostatic, potential, thaumaturgic emissions—and represents them in mathematical form. Now, if I’m right about the unified field, which I am, then all these energy forms are various manifestations of crisis energy. So the job of this analytical engine here is to calculate what kind of crisis energy field is present given the various other fields present.” Isaac scratched his head.

“It’s fucking complicated crisis maths, old son. That’s going to be the hardest part, I reckon. The idea is to have a programme that can say ‘well, there’s so much potential energy, so much thaumaturgic, and whatnot, that means the underlying crisis situation must be such-and-such.’ It’s going to try to translate the . . . uh . . . mundane, into the crisis form. Then—and this is another sticking point—the given effect that you’re after also has to be translated into mathematical form, into some crisis equation, which is fed into this computational engine here. Then what you’re doing is using this, which is powered by a combination of steam or chymistry and thaumaturgy. It’s the crux of the thing, a converter to tap the crisis energy and manifest it in its raw form. You then channel that into the object.” Isaac was becoming more and more excited as he talked about the project. He could not help himself: for a moment, his elation at the massive potential for his research, the sheer scale of what he was doing, defeated his resolve to see only the immediate project.

“The thing is, what we should be able to do is change the form of the object into one where the tapping of its crisis field actually increases its crisis state. In other words, the crisis field grows by virtue of being siphoned off.” Isaac beamed at Yagharek, his mouth open. “D’you see what I’m talking about? Perpetual fucking motion! If we can stabilize the process, you’ve just got an endless feedback loop, which means a permanent font of energy!” He calmed in the face of Yagharek’s impassive frown. Isaac grinned. His resolve to focus on applied theory was made easy, even pressing, by Yagharek’s single-minded obsession with the commission in hand.