Back Stringers Save as PDF
Chapters (64)
  1. FRONT COVER
  2. TITLE PAGE
  3. DEDICATION
  4. CHAPTER ONE
  5. CHAPTER TWO
  6. CHAPTER THREE
  7. CHAPTER FOUR
  8. CHAPTER FIVE
  9. CHAPTER SIX
  10. CHAPTER SEVEN
  11. CHAPTER EIGHT
  12. CHAPTER NINE
  13. CHAPTER TEN
  14. CHAPTER ELEVEN
  15. CHAPTER TWELVE
  16. CHAPTER THIRTEEN
  17. CHAPTER FOURTEEN
  18. CHAPTER FIFTEEN
  19. CHAPTER SIXTEEN
  20. CHAPTER SEVENTEEN
  21. CHAPTER EIGHTEEN
  22. CHAPTER NINETEEN
  23. CHAPTER TWENTY
  24. CHAPTER TWENTY-ONE
  25. CHAPTER TWENTY-TWO
  26. CHAPTER TWENTY-THREE
  27. CHAPTER TWENTY-FOUR
  28. CHAPTER TWENTY-FIVE
  29. CHAPTER TWENTY-SIX
  30. CHAPTER TWENTY-SEVEN
  31. CHAPTER TWENTY-EIGHT
  32. CHAPTER TWENTY-NINE
  33. CHAPTER THIRTY
  34. CHAPTER THIRTY-ONE
  35. CHAPTER THIRTY-TWO
  36. CHAPTER THIRTY-THREE
  37. CHAPTER THIRTY-FOUR
  38. CHAPTER THIRTY-FIVE
  39. CHAPTER THIRTY-SIX
  40. CHAPTER THIRTY-SEVEN
  41. CHAPTER THIRTY-EIGHT
  42. CHAPTER THIRTY-NINE
  43. CHAPTER FORTY
  44. CHAPTER FORTY-ONE
  45. CHAPTER FORTY-TWO
  46. CHAPTER FORTY-THREE
  47. CHAPTER FORTY-FOUR
  48. CHAPTER FORTY-FIVE
  49. CHAPTER FORTY-SIX
  50. CHAPTER FORTY-SEVEN
  51. CHAPTER FORTY-EIGHT
  52. CHAPTER FORTY-NINE
  53. CHAPTER FIFTY
  54. CHAPTER FIFTY-ONE
  55. CHAPTER FIFTY-TWO
  56. CHAPTER FIFTY-THREE
  57. CHAPTER FIFTY-FOUR
  58. CHAPTER FIFTY-FIVE
  59. CHAPTER FIFTY-SIX
  60. CHAPTER FIFTY-SEVEN
  61. CHAPTER FIFTY-EIGHT
  62. CHAPTER FIFTY-NINE
  63. CHAPTER SIXTY
  64. ACKNOWLEDGMENTS

The display showed an entry which Aptat read aloud. “British American astronomer and astrophysicist, Harvard College Observatory. Noted for over three million spectral observations, including correctly determining the composition of the Sun and other stellar bodies, where her male contemporaries had failed. Widely published. Was not promoted to full professor until 1956, despite surpassing the accomplishments of many of her male colleagues in years prior. Some of her most important discoveries were later attributed to men.”

“Well, seems that’s universal,” said Izairis.

Naecia shifted, aching. “Probably why they were working in secret. Testing a theory they didn’t want stolen, maybe?”

“What theory?” asked Aptat.

“She had these pictures. Spectrographs of a human head next to a starfield.” Naecia looked up, brow furrowed. “I think she’d found a way to observe the Oblivion Fray.”

Aptat made a face. “Doubtful. But even assuming she’d determined the spectral range, humans don’t understand the character of the Fray.”

“I think maybe she did,” said Naecia. “She’d written something: Ideas have weight. She used the term ‘Thought mass’. What else could she have been talking about?”

“Even so, that’s no more than we already know about it.”

Izairis and Oush had come up around the Dredge. Oush offered a hand and Naecia felt stable enough to take it and step out.

Aptat was lost in thought, then asked, “So maybe a human stumbled upon the Fray. How does that get us to a cheat drive?”

“It doesn’t. But perhaps it bridges the gap between what I’ve built and what it’s supposed to do.”

“Explain.”

“Our thinking has been walled in by the confines of conventional matter. First of all, it’s not entangled by nature. When we communicate via entanglement, we create the sibling particles and carry them through bulkspace to distant points where they’ll be useful. Entanglement communication is ‘faster-than-light’ but only once we’ve set the particles in place using subluminal transportation. If, hypothetically, you could use entanglement as a means of transport, you’d have to follow the same procedure. Your origin and destination would be limited by wherever you placed the members of the pair. And that’s all restrained by the laws of physics. You could only go where you’d placed them.”

“Like setting out communications beacons across Dasma,” said Izairis. “You’d need the infrastructure first, then you could jump from one place to the next.”

“Hypothetically,” said Aptat.