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There wasn’t anything underneath but clouds, and there wasn’t anything overhead but sky. Joe Kenmore looked out the plane window past the co-pilot’s shoulder. He stared ahead to where the sky and cloud bank joined—it was many miles away—and tried to picture the job before him. Back in the cargo space of the plane there were four big crates. They contained the pilot gyros for the most important object then being built on Earth, and it wouldn’t work properly without them. It was Joe’s job to take that highly specialized, magnificently precise machinery to its destination, help to install it, and see to its checking after it was installed. He felt uneasy. Of course the pilot and co-pilot—the only two other people on the transport plane—knew their stuff. Every imaginable precaution would be taken to make sure that a critically essential device like the pilot gyro assembly would get safely where it belonged. It would be—it was being—treated as if it were a crate of eggs instead of massive metal, smoothed and polished and lapped to a precision practically unheard of. But just the same Joe was worried. He’d seen the pilot gyro assembly made. He’d helped on it. He knew how many times a thousandth of an inch had been split in machining its bearings, and the breath-weight balance of its moving parts. He’d have liked to be back in the cargo compartment with it, but only the pilot’s cabin was pressurized, and the ship was at eighteen thousand feet, flying west by south....
Long before extended space travel became a reality, prolific science fiction author Murray Leinster created a richly detailed scenario in which a project that bears a striking resemblance to the International Space Station is being planned and executed. However, several nefarious factions want the planned expedition to fail. Can unlikely hero Joe Kenmore salvage the project?
A cross-linguistic study of grammatical morphemes expressing spatial relationships that discusses the relationship between the way human beings experience space and the way it is encoded grammatically in language. The discussion of the similarities and differences among languages in the encoding and expression of spatial relations centers around the emergence and evolution of spatial grams, and the semantic and morphosyntactic characteristics of two types of spatial grams. The author bases her observations on the study of data from 26 genetically unrelated and randomly selected languages. It is shown that languages are similar in the way spatial grams emerge and evolve, and also in the way specific types of spatial grams are used to express not only spatial but also temporal and other non-spatial relations. Motivation for these similarities may lie in the way we, as human beings, experience the world, which is constrained by our physical configuration and neurophysiological apparatus, as well as our individual cultures.