New Releases by David White

In "Lake of Fire" our main character travels through the world, escaping mental institutions and jobs to keep one step ahead of his father (whose name is Dr. Crabb) who is pursuing him to take over the family business. What is the family business? Nothing short of (eventual) world domination. Our main character finds that the farther he runs from his father, the more he becomes him, discovering that he has been inside of him all along. In a final climactic scene, father and son, reunited descend into the firey depths of the Lake of Fire. In the second part of our book, "A Fire in the Heart" we experience episodes of miracle and of nightmare as the world is examined on an autopsy table of the author''s dreams and fears. In the third book, "Jupiter''s Hills" I weep for the beauty of the world. Ostensibly a story about Jupiter''s Hills, history is examined. The hills are from Jupiter, belong to the God Jupiter or are just red hills here on Earth that suggest a strata of reality and detail that is other-worldly.

Describes prehistoric life with emphasis on the parasaurolophus. Discusses its food, daily activities and predators.

This textbook, designed for courses on microbial physiology/bacterial metabolism, presents microbial metabolism in the context of the chemical and physical problems that cells must solve in order to grow. It provides a modern perspective on the diversity of microorganisms.

Discusses the history of submarines, how they operate, and their possible future as explorers rather than war machines.

Describes the physical characteristics, habits, and natural environment of the plant-eating Anatosaurus.

Follows Rutiodon through her day as she feeds in the river and defends her eggs from the elements and other dinosaurs.

Describes the activities, behavior, and physical characteristics of this dinosaur with the spiny tail.

Describes a day in the life of the large, cold-blooded dinosaur known as Deinosuchus with information about his physical characteristics, habits, and natural environment.

The relativistic motion of a single particle undergoing cyclotron resonance in a magnetic mirror trap is studied. The Krylov-Bogoliubov method of averaging is employed to derive equations indicating an upper bound on particle energy. Smallness parameters necessary for the validity of these equations are made explicit. Limitation on particle energy absorption is found for a much broader class of particles than previously known. The relationship of this to experiment is discussed. (Author).