Animosity between the genetically engineered Elites and their human subjects is fierce, and many rebels fight back against Elite rule. Hays Baker is a high-ranking agent in the Elite forces and at the forefront of keeping the humans under control. However, Hays is unknowingly hiding a secret that will make him the greatest threat to the Elite regime, and their number one target.

"When forced to work on a project with your nemesis, it's best to stick to the science. Further research could trigger explosive results. Like an avenging, purple-haired Jedi bringing balance to the mansplained universe, Bee Konigswasser lives by a simple code: What would Marie Curie do? If NASA offered her the lead on a neuroengineering project-a literal dream come true after years scraping by on the crumbs of academia-Marie would accept without...

Discover how the electrical section of engineering is part of our daily lives with Everyday STEM - Electrical Engineering. Following on from Everyday STEM - Civil Engineering and Everyday STEM - Chemical Engineering comes another branch of engineering - electrical. Explore all about this fascinating side of engineering: what is involved, where we see it, and how it is used. Inventions in this realm can be instantly available to the entire world via...

A novel of the future explores a world that has been devastated by ecological and scientific disasters.

Test the limits of small, inexpensive, off-the-shelf hobby motors by building a motor-driven crane capable of lifting 100 pounds - a tall order for a motor that weighs only a few ounces! First, construct the world's simplest electric motor to gain insights about how they work. Then calculate the torque requirements for your crane, and add gears and pulleys to achieve mechanical advantage.

Look beyond recycling to the higher goal of sustainability. Then close the course by considering the Great Northeast Blackout of 2003. Caused by inadequately pruned trees and a software bug, this cascading sequence of infrastructure failures holds important lessons for the world of everyday engineering..

Have we reached the point where robots are becoming just like—if not better than—human beings? Probe this fascinating question by examining recent developments in artificial intelligence, robot bipedalism and dexterity, the concept of the “uncanny valley,” and three imitation games (including the classic Turing test) to determine where we stand with humanoid robots..

Probe the tradeoffs of oil, natural gas, and nuclear fission for generating electrical power. For example, natural gas is plentiful and flexible, but it involves fracking and produces carbon dioxide emissions. By contrast, nuclear power produces essentially zero emissions but poses potentially catastrophic safety risks..

Wouldn’t it be great to have a robot that took out your trash or put away your books? Explore how robots are designed to perform specific tasks, and the choices roboticists must consider in doing so—including the stability of the workplace and the minute steps of the task itself..

Consider an approach to creating robots that’s inspired not by maps but by the simple sense-and-act behavior of animals. You’ll learn the benefits of behavior-based robotic architecture (including quicker reactions and stronger sensors), and see how simple animals including ants have inspired roboticists to build fascinating inventions..