Second Unique Novel- Sci-fi With a Purpose

James M. Becher's second novel is a unique time-travel adventure which should be of interest to fans of both sci-fi and historical novels, as it covers six different historical periods as well as on in the distant future. It's sci-fi, specifically time-travel with a twist and a message.

(PRWEB) December 25, 2004 -- James M. Becher's second novel, "Impossible Journey, A Tale of Times and Truth," will be officially released on Jan.10, 2005, but is available now at a pre-release discount on www.publishamerica.com. This novel is a unique time-travel adventure which should be of interest to fans of both sci-fi and historical novels, as it covers six different historical periods as well as on in the distant future.

In the near future, when time travel is theoretically proven an universally accepted, a group of scientists of all faiths decide to attempt to go back in time to Garden of Eden in order to prevent the fall of man and thus put an end to all sin, sickness and disease. They manage to gain the backing for the project from a wealthy financier. The trouble is, they can only go back 200 years, more or less, at a time and will have to make repairs to the time cylinder at every stop.

Thus, they visit The California gold rush and then early Colonial America. Then, they are pulled forward unexpectedly to a future time of trouble, where robots serve, and forced to fight in a senseless war. They manage to break free and take off only to discover they have a stow away. But the stow away has a device which will help them to go further back with each leap.. Thus, they go back to the time of the Renaissance and meet Leonardo Da Vincie, But, by mistake they take off without the stow away and his device. Then, they are pulled forward again, but only to the time of the Reformation.. Then, with the help of a new fuel formula, using alcohol, there they manage to arrive at Camelot and finally, Ancient Jerusalem., where they at last realize the real answer--the true end and goal of their mission.

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