Word: objections
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Dates: during 1950-1959
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...family of simple traveling actors, significantly named Mary, Joseph, and their child, Michael (Hebrew for "like unto God"). They move among people who, except for the actors, are obsessed with the dread of death and try to escape their fears through cruelty, crime, self-torture, and superstition. The object of the knight's quest is to know--not just to hope or trust, but to know--whether there is "something beyond the darkness" before he dies...
Just when U.S. space achievements were beginning to make up for Sputnik jolts to the U.S.'s pride and prestige, the Russians sent their Lunik soaring far beyond where any man-made object had ever penetrated before. Once again the world marveled at the U.S.S.R.'s technological prowess. Pressing and immediate question: Why is the U.S. still lagging in a race that may decide whether freedom has any future...
Placid Space. The best way to think of space as a navigable medium is to imagine the frictionless surface of a calm, glassy pond. Small objects drift across it easily, propelled by feeble forces. Scattered at wide intervals over the mirror surfaces are deep, sucking whirlpools. If a floating leaf drifts close to one of them, it plunges down to the bottom. A self-powered object, say a water insect, that gets sucked into a whirlpool has a terrible time battling back to the surface...
Deep space, far from stars or planets, is like the pond's smooth surface. An object becalmed in its emptiness floats like a galleon in the doldrums. If the object is a spaceship with propulsive power, it can cruise in any direction, meeting practically no resistance. But it must keep away from the whirlpools: the gravitational fields that surround stars and planets. If it plunges into one of them, it may end as a puff of gas in a star or a brief streak of fire in a planet's atmosphere...
Near the rim of the earth's gravitational pit is a much smaller pit belonging to the moon. An object shot away from the earth at 24,800 m.p.h. will reach the boundary, about 34,000 miles short of the moon, where the moon's pull is as strong as the earth's. If it reaches this point with a small velocity, it will fall on the moon. If it crosses the line at good speed, it will shoot past the moon, its course merely deflected. This is what happened to the Lunik...