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Contents (48)
  1. The Sum Of All Fears
  2. Tom Clancy
  3. PROLOGUE
  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. CHAPTER 31
  35. CHAPTER 32
  36. CHAPTER 33
  37. CHAPTER 34
  38. CHAPTER 35
  39. CHAPTER 36
  40. CHAPTER 37
  41. CHAPTER 38
  42. CHAPTER 39
  43. CHAPTER 40
  44. CHAPTER 41
  45. CHAPTER 42
  46. CHAPTER 43
  47. CHAPTER 44
  48. AFTERWORD

AFTERWORD

Now that the tale is told, a few things need to be made clear. All of the material in this novel relating to weapons technology and fabrication is readily available in any one of dozens of books. For reasons which I hope will be obvious to the reader, certain technical details have been altered, sacrificing plausibility in the interests of obscurity. This was done to salve my conscience, not in any reasonable expectation that it matters a damn.

The Manhattan Project of World War II still represents the most remarkable congregation of scientific talent in human history, never equalled, and perhaps never to be exceeded. The vastly expensive project broke new scientific ground and produced many additional discoveries. Modern computer theory, for example, largely grew from bomb-related research, and the first huge main-frame computers were mainly used for bomb-design.

I was first bemused, then stunned, as my research revealed just how easy such a project might be today. It is generally known that nuclear secrets are not as secure as we would like - in fact the situation is worse than even well-informed people appreciate. What required billions of dollars in the 1940s is much less expensive today. A modern personal computer has far more power and reliability than the first Eniac, and the 'hydrocodes' which enable a computer to test and validate a weapon's design are easily duplicated. The exquisite machine tools used to fabricate parts can be had for the asking. When I asked explicitly for specifications for the very machines used at Oak Ridge and elsewhere, they arrived Federal Express the next day. Some highly-specialized items designed specifically for bomb manufacture may now be found in stereo speakers. The fact of the matter is that a sufficiently wealthy individual could, over a period of from five to ten years, produce a multi-stage thermonuclear device. Science is all in the public domain, and allows few secrets.

Delivery of such a device is child's play. I could base that statement on 'extensive conversations' with various police and security agencies, but it doesn't take long for a person to say, "Are you kidding?" I heard that phrase more than once. Probably no country - certainly no liberal democracy - can secure its borders against such a threat.

So, that's the problem. What might be the solution? For starters, international controls over the traffic in nuclear materials and technology ought to be made something more than the joke they currently are. Nuclear weapons cannot be un-invented, and I personally think that nuclear power is a safe and environmentally benign alternative to the use of fossil fuels, but any tool must be used with care, and this tool admits of abuses too fearful for us to ignore.

PEREGRINE CLIFF,

February 1991

v1.0 Initial release (UC)

v1.1 Lots of cleanup, formatting & corrections

v1.2 Regexp cleanup by ADEpt. A lot of OCR bloopers correction (like RGB -› KGB), correct spaces around dashes. Absent dots inserted. A little of German spelling. A lot of Russian spelling. Correction of! Into? inside italics. All abbreviations and model numbers checked.