Living in exile on a deserted planet, Sauscony and Jaibriol, each the heir to an interstellar empire, become entangled in the machinations of the Skolian Empire. Interstellar war erupts and Jaibriol is snatched away to be the unwilling ruler of the Highton Aristos. Sauscony must lead an invading space fleet to rescue him from his own Empire-without revealing that they are married. With much of interstellar civilization poised on the brink of destruction, it is the devotion of these two lovers, their sacrifices, and their heroism, that might just forge a new order.

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Catherine Asaro was born in Oakland, California and grew up in El Cerrito, just north of Berkeley. She received her Phd in Chemical Physics and MA in Physics, both from Harvard, and a BS with Highest Honors in Chemistry from UCLA. Among the places she has done research are the University of Toronto in Canada, the Max Planck Institut für Astrophysik in Germany, and the Harvard-Smithsonian Center for Astrophysics. Her research involves using quantum theory to describe the behavior of atoms and molecules. Catherine was a physics professor until 1990, when she established Molecudyne Research, which she currently runs.
A former ballerina, Catherine has performed with ballets and in musicals on both coasts and in Ohio. In the 1980s she was a principal dancer and artistic director of the Mainly Jazz Dancers and the Harvard University Ballet. Catherine still teaches ballet in Maryland.

Catherine's fiction is a successful blend of hard science fiction, romance, and exciting space adventure. She has published more than ten novels, almost all of which belong to herSaga of the Skolian Empire, includingThe Quantum Rose, which won the Nebula Award for best novel of 2001

Her husband is John Kendall Cannizzo, an astrophysicist at NASA. They have one daughter, a young ballet dancer who loves math.

"Asaro takes care to choreograph the major confrontations for maximum clarity and excitement. The novel also contains a good deal of speculation about cybernetics and faster-than-light physics.... The denouement makes it clear that Primary Inversion can only be the first novel of a series, a discovery that should please most fans of tough-minded space adventure." --San Francisco Chronicle

"Impressive new novel...The science fictional concepts are both elegant and piquant, and the storytelling is absolutely brilliant." --Romantic Times(4-1/2 out of 5 stars)