Books in Sci-Fi or STEM? series

Who wouldn't be thrilled to see a real, live dinosaur, like those in Michael Crichton's Jurassic Park? Readers find out if it is possible to bring extinct animals back to life. This book delves into the science behind attempts to revive extinct species through processes such as cloning and genetic engineering, and compares actual with fictional efforts. It looks at how scientists have gone about trying to revive extinct species, such as the quagga, woolly mammoth, and passenger pigeon. It also considers the ethics and the ecological effects of trying to revive an extinct species and introduce it to a modern-day ecosystem.

Who wouldn't be thrilled to see a real, live dinosaur, like those in Michael Crichton's Jurassic Park? Readers find out if it is possible to bring extinct animals back to life. This book delves into the science behind attempts to revive extinct species through processes such as cloning and genetic engineering, and compares actual with fictional efforts. It looks at how scientists have gone about trying to revive extinct species, such as the quagga, woolly mammoth, and passenger pigeon. It also considers the ethics and the ecological effects of trying to revive an extinct species and introduce it to a modern-day ecosystem.

People have long dreamed of creating machines that can carry out the same tasks as people. These dreams have led to the creation of many sci-fi books, movies, and shows that attempt to depict how people would live with robots, cyborgs, and androids. This compelling book traces the history of robotics as a science, while describing in vivid detail some of the most influential works in all of science fiction, including those by E. T. A. Hoffmann, Fritz Lang, Eando Binder, and Isaac Asimov. Readers will ponder intriguing questions about the ethics of how robots, cyborgs, and androids are used and treated.

The ability to alter the genetic code is one of the most powerful aspects of modern science. With genetic engineering, scientists can make a mouse's muscles bigger, create animals that are virtually identical to one another, and cause mosquitoes to pass fatal genes to their offspring, halting the spread of disease-causing organisms. Advances in gene editing, the ability to directly manipulate DNA, have placed even greater power in researchers' hands and renewed ethical concerns surrounding the implementation of genetic engineering. This comprehensive volume explores these topics, describes the methods by which scientists produce genetically modified organisms (GMOs), and highlights ethical issues associated with GMOs.

Readers of this transportive text will learn how much the writers of the movie The Martian really got right when they described how a stranded astronaut survived on the red planet. They will also investigate the conditions that actual Mars colonists will face. Since the 1800s, sci-fi writers have imagined colonizing other planets. Today, science fiction is becoming reality, as scientists plan actual colonies in the solar system. This volume considers some of the challenges in colonization of the Moon, Mars, asteroids, and the moons of Jupiter and Saturn, and looks at the ethics involved in taking over another planet.

As a genre, science fiction has the unique ability to inspire curiosity and deepen the understanding of issues that are facing STEM fields. One of those issues is the possibility of human cloning. This book examines how human cloning has been depicted in science fiction, the development of existing cloning technology, how scientists have used these techniques in the past, and their potential application for the future. Fascinated readers will explore topics such as somatic cell nuclear transfer (SCNT), animal cloning, and the ethical considerations surrounding therapeutic and reproductive cloning in humans.

As a genre, science fiction has the unique ability to inspire curiosity and deepen the understanding of issues that are facing STEM fields. One of those issues is the possibility of human cloning. This book examines how human cloning has been depicted in science fiction, the development of existing cloning technology, how scientists have used these techniques in the past, and their potential application for the future. Fascinated readers will explore topics such as somatic cell nuclear transfer (SCNT), animal cloning, and the ethical considerations surrounding therapeutic and reproductive cloning in humans.

Sci-fi novels, movies, and TV shows have provided ideas on how interstellar space travel might be accomplished, allowing humans to travel far beyond the Milky Way galaxy. Many of these ideas are being explored by scientists today. In this enlightening book, readers learn about how human interstellar travel might be accomplished and how STEM skills are being used to solve the problems involved. Human interstellar space travel raises a variety of ethical questions as well, such as who goes on this one-way trip, traveling far from home for years or even generations? This resource provides a human and technical overview of a captivating, yet contentious, topic.

The ability to alter the genetic code is one of the most powerful aspects of modern science. With genetic engineering, scientists can make a mouse's muscles bigger, create animals that are virtually identical to one another, and cause mosquitoes to pass fatal genes to their offspring, halting the spread of disease-causing organisms. Advances in gene editing, the ability to directly manipulate DNA, have placed even greater power in researchers' hands and renewed ethical concerns surrounding the implementation of genetic engineering. This comprehensive volume explores these topics, describes the methods by which scientists produce genetically modified organisms (GMOs), and highlights ethical issues associated with GMOs.