Chapters (31)
- Cover
- I. The Advertisement
- II. The Karburator
- III. Pantheism
- IV. God in the Cellar
- V. Bishop Linda
- VI. The Board-Meeting
- VII. Developments
- VIII. The Dredge
- IX. The Ceremony
- X. Saint Ellen
- XI. The First Blow Struck
- XII. Doctor Blahous
- XIII. The Chronicler’s Apology
- XIV. The Land of Plenty
- XV. Disaster
- XVI. In the Mountains
- XVII. The Hammer and Star
- XVIII. In the Night Editor’s Room
- XIX. The Process of Canonization
- XX. St. Kilda
- XXI. The Telegram
- XXII. The Old Patriot
- XXIII. The Augsburg Imbroglio
- XXIV. The Napoleon of the Mountain Brigade
- XXV. The So-Called Greatest War
- XXVI. The Battle of Hradec Kralove
- XXVII. A Coral Island in the Pacific
- XXVIII. At Seven Cottages
- XXIX. The Last Battle
- XXX. The End of Everything
“No, but they would start running; they would become energy released. Now, pay attention. Matter is a team in that very position. Cut the bonds that hold its electrons together, and they will . . .”
“Run loose!”
“Yes, but we can catch and harness them, don’t you see? Or put it to yourself this way: we burn a piece of coal, say, to produce heat. We do get a little heat from it, but we also get ashes, coal-gas, and soot. So we don’t lose the matter altogether, do we?”
“No.—Won’t you have a cigar?”
“No, I won’t.—But the matter which is left still contains a vast quantity of unused atomic energy. If we used up the whole of the atomic energy, we should use up the whole of the atoms. In short, the matter would vanish altogether.”
“Aha! Now I understand.”
“It’s just as though we were to grind corn badly—as if we ground up the thin outer husk and threw the rest away, just as we throw away ashes. When the grinding is perfect, there’s nothing or next to nothing left of the grain, is there? In the same way, when there is perfect combustion, there’s nothing or next to nothing left of the matter we burn. It’s ground up completely. It is used up. It returns to its original nothingness. You know, it takes a tremendous amount of energy to make matter exist at all. Take away its existence, compel it not to be, and you thereby release an enormous supply of power. That’s how it is, Bondy.”
“Aha. That’s not bad.”
“Pflüger, for instance, calculates that one kilogramme of coal contains twenty-three billions of calories. I think that Pflüger exaggerates.”
“Decidedly.”
“I have arrived at seven billions myself, theoretically. But even that signifies that one kilogramme of coal, if it underwent complete combustion, would run a good-sized factory for several hundred hours!”
“The devil it does!” cried Mr. Bondy, springing from his chair.
“I can’t give you the exact number of hours. I’ve been burning half a kilogramme of coal for six weeks at a pressure of thirty kilogrammetres and, man alive,” said the engineer in a whisper, turning pale, “it’s still going on . . . and on . . . and on.”
Bondy was embarrassed; he stroked his smooth round chin. “Listen, Marek,” he began, hesitatingly. “You’re surely . . . er . . . a bit . . . er . . . overworked.”