A collection of tales by an all-star assortment of award winning authors including Ben Bova, Mike Resnick, Jack McDevitt, Michael Bishop, Sarah Hoyt and more together with essays on high technology by space scientists and engineers – all taking on new methods of star travel.
Some humans may be content staying in one place, but many of us are curious about what’s beyond the next village, the next ocean, the next horizon. Are there others like us out there? How will we reach them? Others are concerned with the survival of the species. It may be that we have to get out of Dodge before the lights go out on Earth. How can we accomplish this? Wonderful questions. Now get ready for some answers.
Here is the science behind interstellar propulsion: reports from top tier scientists and engineers on starflight propulsion techniques that use only means and methods that we currently know are scientifically possible. Here are in-depth essays on antimatter containment, solar sails, and fusion propulsion. And the human consequences? Here is speculation by a magnificent array of award-winning SF writers on what an interstellar voyage might look like, might feel like—might be like. It’s an all-star cast abounding with Hugo and Nebula award winners: Ben Bova, Mike Resnick, Jack McDevitt, Michael Bishop, Sarah Hoyt and more.
Comprehensive Teacher's Guide available.
About the Author
Les Johnson is a physicist and author. He is the author of Mission to Methone; Rescue Mode, coauthored with Ben Bova; Saving Proxima (forthcoming) coauthored with Travis S. Taylor; and coeditor of the science/science fiction anthologies Going Interstellar and Stellaris: People of the Stars. He was technical consultant for the movies Europa Report and Lost in Space and has appeared in numerous documentaries on the Discovery and Science channels. Les was also the featured “Interstellar Explorer” in National Geographic Magazine and interviewed for Science Friday. By day, he serves as Solar Sail Principal Investigator of NASA’s first interplanetary solar sail missions and leads research on various other advanced space propulsion technologies at the George C. Marshall Space Flight Center in Huntsville, Alabama.