Nuclear Bombshell Radioactive Redhead

It is the year 2057, and the last freelance private detective, partnered with an experimental A.I. named Harv, has a new case to solve involving androids, future tech wizards, out-of-control artificial intelligences, and futuristic mayhem. With danger dodging his heels at every turn, private investigator Zachary Nixon Johnson, while protecting Sexy Sprockets, a talentless redheaded teen media superstar, from terrorists, finds himself at the mercy of three psionic, superhuman dominatrices bent on world domination.

I AM THE LAST FREE-LANCE PRIVATE INVESTIGATOR ON EARTH. My name is Zachary Nixon Johnson. The year is 2057 and, after a handful of species-altering upheavals, Earth-shattering cataclysms, history-changing extraterrestrial contacts, and pop-culture disasters, the world is now a pretty safe place. But, of course, as in times past, people still run the shades-of-gray gamut from good to evil. There are still cops and robbers, saints and sinners, voters and politicians. And every once in a while some crazy thing happens that threatens all of society, all of humanity, even the entire space-time continuum. And for some reason it always happens on my watch.

In the year 2057, the last freelance private investigator, partnered with an experimental A.I. named Harv, solves cases involving androids, future tech wizards, and all sorts of mayhem… When Ona Thompson, a genetically altered superwoman, media darling, and one of the indestructible Thompson Quads, discovers her sister's murdered body, a freelance private investigator who is wired to an experimental A.I. named HARV comes to the rescue.

The Handbook of Nuclear Engineering is an authoritative compilation of information regarding methods and data used in all phases of nuclear engineering. Addressing nuclear engineers and scientists at all academic levels, this five volume set provides the latest findings in nuclear data and experimental techniques, reactor physics, kinetics, dynamics and control.

This book documents the current state-of-the-art in volcanic and tectonic hazard assessment for proposed nuclear facilities, which must be located in areas where the risks associated with geologic processes are quantifiable and demonstrably low.