Back The Infernals
Chapters (59)
  1. Contents
  2. In Which We Find Ourselves in Hell, but Only Temporarily, So It’s Not All Bad News
  3. In Which We Learn a Little About How Hard It Is to Be in Love
  4. In Which We Delve Deeper into the Bowels of Hell, Which Is One of Those Chapter Headings That Make Parents Worry About the Kind of Books Their Children Are Reading
  5. In Which We Reacquaint Ourselves with Nurd, formerly “Nurd, The Scourge of Five Deities,” Which Was All Something of a Misunderstanding, Really
  6. In Which We Encounter Mr. Merryweather’s Dwarfs—or Elves—and Rather Wish We Hadn’t
  7. In Which Samuel Is Reunited with Boswell, and We Learn Why One Should Not Trust a Mirror
  8. In Which We Pay a Visit to Mrs. Abernathy’s House. Which Is Nice. Not.
  9. VIII
  10. In Which We Wonder Just How Smart Really Smart People Sometimes Are
  11. In Which Mr. Merryweather’s Elves Embark on a New Adventure
  12. In Which Mr. Merryweather’s Dwarfs Make an Unpleasant Discovery
  13. In Which Samuel Arrives, and Nurd Departs
  14. In Which Dozy Is the Bearer of Bad News
  15. XIII
  16. In Which We Meet a Ram, and Some Old Friends Are Reunited
  17. In Which the Forces of Law and Order Assert Themselves
  18. In Which Something of the Nature of this World Is Revealed Through Old Ram
  19. In Which Hell Gets Stranger, and the Scientists Grow More Curious
  20. XVII
  21. In Which the True Faces of the Conspirators Are Revealed, and an Ugly Bunch They Are Too
  22. XVIII
  23. In Which Those Who Will Be of Help to Samuel Begin to Come Together
  24. In Which We Encounter Some of the Other Unfortunate Residents of Hell
  25. In Which We Meet the Blacksmith
  26. In Which Nurd Considers Changing His Name to “Nurd, Unlucky in Numerous Dimensions”
  27. XXII
  28. In Which We Learn That There Is Always Hope, as Long as One Chooses Not to Abandon It
  29. XXIII
  30. In Which Mrs. Abernathy Loses Her Temper, and We Meet Up Again with an Unpleasant Personage from Earlier in Our Tale
  31. XXIV
  32. In Which We Speculate on What, If Anything, Might Be Worse Than Evil
  33. In Which a Familiar Odor Sends the Dwarfs’ Spirits Soaring
  34. XXVI
  35. In Which We Learn of the Difficulties in Re-creating the Taste of Something Truly Horrible
  36. XXVII
  37. In Which We Hear a Surprising Confession
  38. XXVIII
  39. In Which Everything Goes Horribly Wrong
  40. XXIX
  41. In Which Various August Personages Put Their Plans in Motion
  42. In Which the Watcher Is Torn
  43. XXXI
  44. In Which We Learn a Little of the Responsibilities of Command, and the Perils of Being Commanded
  45. XXXII
  46. In Which Samuel and Mrs. Abernathy Meet Again, Which Only Delights 50 Percent of Those Involved
  47. XXXIII
  48. In Which a Third Force Intervenes in the Conflict
  49. XXXIV
  50. In Which We Encounter Some Cunning Disguises
  51. XXXV
  52. In Which Battle Commences, and a Rescue Mission Is Mounted
  53. XXXVI
  54. In Which a Certain Someone Wakes Up with a Sore Head
  55. XXXVII
  56. In Which We Get to the “Happy Ever After” Part
  57. XXXVIII
  58. In Which We Discover the Limitations of the Term Happily Ever After
  59. Acknowledgments

Images18. It was the great scientist Albert Einstein who discovered that matter can be changed to energy, and energy to matter, as in an atomic explosion. His discovery was based upon the work of the physicists John Cockcroft and Ernest Walton, who produced the world’s first artificial nuclear disintegration in 1932, and their work in turn contributed to the creation of the LHC. Thus, it’s really the law of conservation of energy and matter. But one of the forgotten pioneers in this area is the Frenchman Antoine-Laurent Lavoisier (1743–1794), who, in his spare time, became fascinated by the possibility that all of the bits and pieces of stuff on Earth—lions, tigers, budgerigars, trees, slugs, iron, and the like—were parts of a single interconnected whole. He and his wife, Marie Anne, began rusting pieces of metal in a sealed apparatus, then weighing them along with the air that was lost. They found that the rusted metal, rather than weighing less than before, or the same, in fact weighed more, because the oxygen molecules in the air had adhered to the metal. In other words, matter was changing from one form to another, but not disappearing. Lavoisier met a terrible end: he had offended a frustrated scientist, Jean-Paul Marat, and during the Reign of Terror (1793–1794) that followed the French Revolution, Marat, who was prominent in the Reign, got his revenge: Lavoisier was tried, sentenced, and then beheaded, all in one day. When a plea for mercy was entered on his behalf, the judge responded: “The Republic has no need of geniuses.” The next time that you burn a match, spare a thought for Lavoisier.

Images19. Alexander Bogdanov (1873–1928), for example, experimented with blood transfusions, possibly in an effort to discover the secret of eternal youth. Unfortunately, some of the blood was infected with malaria and tuberculosis, and he promptly died. Meanwhile Carl Scheele (1742–1786), the discoverer of tungsten and chlorine, among other chemical elements, liked to taste his discoveries. He survived tasting hydrogen cyanide but not, alas, mercury.

Images20. Actually, the Collider experiment had been plagued by many difficulties in addition to the unfortunate scientists/demons interface, including a mishap caused by a bird dropping a piece of baguette into the machinery, so that one prominent scientist even suggested it was being sabotaged from the future in order to prevent it from being turned on and sucking the planet into a big black hole, or transforming it to ash. On the other hand, those of us who hadn’t spent too long hanging around with overly imaginative scientists, and who got out of the house occasionally, thought that the idea of sabotage from the future seemed to be pushing it a bit.

Images21. Actually, as we have established, it was generally considered unwise to drink Spiggit’s at all.