The Long Way — Reading Companion
Edition facts
The Long Way — Reading Companion can be approached with a clearer sense of reading commitment from its source measurements: 14,223 words, 1 hr 2 min estimated reading time, and 2 detected text sections.
The text analysis averages about 13.1 words per sentence, while the detected sections provide another way to judge how the source is divided.
Project Gutenberg metadata also associates the work with “Science fiction,” connecting these edition facts with the source record’s subject description.
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- Title & short description10 pts
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Read the Text
Wes looked at Channing. "Have you been to the Ninth Level yet?"
"Nope," said Channing.
"May I accompany you?"
Channing looked at Farrell critically. The Terran Electric engineer seemed sincere, and the pained expression on his face looked like frustrated sympathy to Don. "Come along," he said.
Barney smiled cheerfully at the sign on Joe's door. "That's a good one, 'Best Bar in Twenty-seven Million Miles, Minimum!' What's the qualification for?"
"That's about as close as Terra gets. Most of the time the nearest bar is at Northern Landing, Venus; sixty-seven million miles from here. Come on in and we'll get plastered."
Farrell said: "Look, fellows, I know how you feel. They didn't tell me that you weren't going to be given permission to work. I understood that I was to sort of walk along, offer suggestions, and sort of prepare myself to take over some research myself. This is sickening."
"I think you mean that."
"May I use your telephone. I want to resign."
"Wait a minute. If you're that sincere, why don't we outguess 'em?"
"Could do," said Wes. "How?"
"Is there any reason why we can't take a poke to Sol himself?"
"You mean haul power out of the sun?"
"That's the general idea. Barney, what do you think?"
"Could be--but it would take a redesign."
"Fine. And may we pray that the redesign is good enough to make a difference to the Interplanetary Patent Office." Channing called Joe. "The same. Three Moons all around. Scotch," he explained to the others, "synthesized in the Palanortis Country."
"Our favorite import," said Walt.
Joe grinned. "Another tablecloth session in progress?"
"Could be. As soon as we oil the think-tank, we'll know for sure."
"What does he mean?" asked Barney.
Joe smiled. "They all have laboratories and draftsmen and textbooks," he said. "But for real engineering, they use my tablecloths. Three more problems and I'll have a complete tablecloth course in astrophysics, with a sideling in cartooning, and a minor degree in mechanical engineering."
"Sure. Give 'em free hand, and a couple of your tubes and a tablecloth and they'll have 'em frying eggs by morning. When I came out here, they demanded a commercial bond and I thought they were nuts. Who ever heard of making a restaurateur post a bond? I discovered that all of their inventions are initially tinkered out right here in the dining room--I could steal 'em blind if I were dishonest!" Joe smiled hugely. "This is the only place in the system where the tablecloths have been through blueprint machines. That," he said confidentially to Barney, "is why some of the stuff is slightly garbled. Scotch mixed with the drawings. They have the cloths inspected by the engineering department before they're laundered; I lose a lot of tablecloths that way."
Joe left cheerfully amid laughter.
The Three Moons came next, and then Don began to sketch. "Suppose we make a driver tube like this," he said. "And we couple the top end, where the cathode is to the input side of the relay tube. Only the input side will require a variable-impedance anode, coupled back from the cathode to limit the input to the required value. Then the coupling anodes must be served with an automatic-coupling circuit so that the limiting power is passed without wastage."
Barney pulled out a pencil. "If you make that automatic-coupling circuit dependent upon the output from the terminal ends," he said, "it will accept only the amount of input that is required by the power being used from the output. Over-cooling these two anodes will inhibit the power-intake."
"Right," said Wes. "And I am of the opinion that the power available from Sol is of a magnitude that will permit operation over and above the limit."
"Four million tons of energy per second!" exploded Walt. "That's playing with fire!"
"You bet. We'll fix 'em with that!"
"Our experience with relay tubes," said Farrell slowly, "indicates that some increase in range is possible with additional anode-focusing. Build your tube-top with an extra set of anodes, and that'll give us better control of the beam."
"We're getting farther and farther from the subject of communication," said Channing with a smile. "But I think that we'll get more out of this."
"Until we get a chance to tinker with those tubes, we won't get ship-to-ship two ways. So we'll gadgeteer up something that will make Terran Electric foam at the mouth, and swap a hunk of it for full freedom in our investigations. Or should we bust Terran Electric wholeheartedly?"
"Let's slug 'em," said Walt.
"Go ahead," said Wes. "I'm utterly disgusted, though I think our trouble is due to the management of Terran Electric. They like legal tangles too much."
Don Channing’s first words upon seeing the alien transmission tube are “Ain’t she a beaut?”—a line that immediately establishes the engineer’s emotional bond with hardware. The story opens not with a crisis but with a man admiring a gadget, while his ex-wife Arden provides dry commentary. This dynamic, combined with the tube’s mundane origin (etched “Made by Terran Electric, Chicago”), sets up a central tension: the device is both wondrous and legally entangled. The excerpts show a team that talks in technical jargon and jokes, but whose progress is blocked by corporate rights and a fundamental mismatch between their materials and the sun’s composition.
Legal and Technical Constraints
The catalog lists “Lawyers -- Fiction” and “Technology -- Fiction” as subjects, and the excerpts bear this out in an unusual way. Channing cannot tinker freely because Terran Electric has “sewed up the rights to this dinkus so tight that it is squeaking.” The company’s reluctance to lend the tube is legal, not technical. This friction between corporate control and scientific curiosity drives the early scenes. Later, the team’s breakthrough comes not from better engineering but from a chance remark about “Russell’s Mixture”—the elemental composition of the sun. The problem is not the alien tube itself, but the fact that their cathodes are made of thorium, a metal not found in that mixture. The solution requires metallurgical improvisation, not just circuit adjustments.
Dialogue as Character and Exposition
The excerpts are dense with banter that reveals character and advances the plot. Arden’s line “Jilted for a jimcrank” sums up Channing’s priorities. When Walt orders a custom alloy, he jokes about pectin and “sun makers,” showing a team that uses humor to manage frustration. The technical discussion of Russell’s Mixture is delivered in rapid, overlapping dialogue: Channing shouts “Whoooo said that!” when he hears the key phrase, and the others respond with confusion before catching on. This conversational style—part lecture, part argument—makes the science feel like a collaborative puzzle rather than a lecture. The story’s voice is informal, with contractions and slang (“dinkus,” “screwball”), which contrasts with the high-stakes setting of a space station.
Setting and Material Culture
The space station is evoked through small details: plastic flooring, a suit-radio connected to the station communicator, and a metallurgical lab that can whip up a custom alloy in hours. The workmen carry off packing cases from the far side of the bench, careful not to come between Channing and his new tube. This attention to physical objects—the big tube, the smaller “forward half and latter half” units, the spanner wrench, the dark glasses for staring at the sun—grounds the story in a tangible workspace. The sun itself is a character: dimmed to “seeable brightness” by glasses, its composition the key to the puzzle. The setting is not just a backdrop but an active part of the problem-solving.
Readers should pay attention to how the story balances technical problem-solving with interpersonal dynamics. The excerpts suggest that the real obstacle is not the alien technology but the human systems around it—corporate rights, team communication, and the gap between known materials and stellar reality. The novella rewards close reading of its dialogue, where offhand remarks often carry the seeds of solutions.
Some stories linger like old friends, and I think of Don Channing's patient wrestling with that stubborn alien tube—how the answer hid not in force, but in the quiet chemistry of stars. It reminds me of another volume, The Invisible Enemy — A Closer Reading, which traces a similar loneliness in understanding. They sit well together on the shelf, whispering about the slow, careful work of knowing what is truly there.
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