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Dr. Bazargan commands the scientific team sent to a newly discovered world to study its humanoid natives: beings who literally perceive only one reality. To lie is to be unreal--and condemned to death. The humans must flee for their lives across the unknown planet when they and the aliens learn the scientific mission is a lie. It's the cover for a secret military exploration of the moon Tas, which is another artifact of the gate-makers: a superweapon capable of annihilating all life in a star system, and already known to the Fallers.
Nancy Kress has won the Hugo, the Sturgeon, and three Nebula Awards. She is justly acclaimed as a literary SF writer, but receives little acknowledgement that her work is hard SF. Probability Moon should change this, winning her many new readers while pleasing her fans. It's a rare and desirable hybrid: a literary, military, hard-SF novel. Set in the same world as her Nebula- and Sturgeon-winning novelette, "Flowers of Aulit Prison," Probability Moon is the first book of a trilogy, but it has a self-contained story line. The sequel, Probability Sun, will appear in 2001, and the concluding book will be The Fabric of Space. --Cynthia Ward
334 pages, Hardcover
First published July 1, 2000
The artifact emitted no radiation of any kind, had no magnetic field, and no thermal gradations. The hull, 0.9765 centimeters thick, was made mostly of an allotropic form of carbon that resembled a known class of fullerenes but was subtly different. The artifact contained no heavy metals, nothing with atomic number above seventy-five. It massed slightly less than a million tons. Inside was mostly hollow, although unidentifiable structures were suspended inside (how?) in an extremely complex but partial manner, without direct connection to each other. These unknown but stable structures appeared to be without any mass—an impossibility. When the computer ran mathematical analyses, the suspensions suggested a complicated web wherein each curve folded back on itself many times, a sort of multidimensional fractal. Computer breakdown further suggested a strange attractor, a region in which all sufficiently close trajectories were attracted in the limit, but in which arbitrarily close points over time became exponentially separated. Syree figured the Hausdorff dimension of the suggested fractal. It was 1.2, the same dimension as the galactic filling of the universe.