I’ve been an astronomer since I was young and lucky enough to make a living at it. I ventured into space mining when I found Mining the Sky. I started doing some calculations using the newest research. What I found was surprising and ignited a new passion in me that has led me from asteroids to the Moon to the ends of the Solar System and from pure astrophysics into questions of law, government, and ethics. Now, I write almost entirely about our future in space.
I wrote
Asteroids: How Love, Fear, and Greed Will Determine Our Future in Space
From the first sentence–“The Universe is trying to kill you”–this book grabbed my attention.
I thought astronomy was a peaceful, detached pursuit. Awe-inspiring but remote from my everyday life. Umm, no. Phil Plait amazed me with all the ways the universe is hostile to life (that is, to me).
With wit, humor, and an infectious love of astronomy that could win over even the science-phobic, this fun and fascinating book reminds us that outer space is anything but remote. The scientist behind the popular website badastronomy.com, Philip Plait presents some of the most fearsome end-of-the-world calamities (for instance, incoming asteroids and planet-swallowing black holes), demystifies the scientific principles at work behind them, and gives us the odds that any of them will step out of the realm of sci-fi to disrupt our quiet corner of the cosmos. The result is a book that is both terrifying and entertaining?a tour…
Nothing was more counter-intuitive to me than mining the sky. Surely, space is a void, I thought. John Lewis put me right. He convinced me–that there are huge resources out in the void that dwarf Earth’s supplies. Our future could well lie among them.
But will it be soon or centuries from now? I reckon soon.
While we worry over the depletion of the earth's natural resources, the pollution of our planet, and the challenges presented by the earth's growing population, billions of dollars worth of metals, fuels, and life-sustaining substances await us in nearby space. In this visionary book, noted planetary scientist John S. Lewis explains how we can mine these precious metals from the asteroids, comets, and planets in our own solar system for use in space construction projects. And this is just one of the possibilities. Join John S. Lewis as he contemplates milking the moons of Mars for water and hollowing out…
This book is a hoot! It’s about as far from an earnest lecture on future tech–including asteroid mining–as can be, yet it still taught me a ton while I laughed out loud. (I may be biased as there’s a nearly full-page cartoon of me on page 66.)
Beware: you may emerge from reading it with new views.
What will the world of tomorrow be like? How does progress happen? And why don't we have a lunar colony already? In this witty and entertaining book, Kelly and Zach Weinersmith give us a snapshot of the transformative technologies that are coming next - from robot swarms to nuclear fusion powered-toasters - and explain how they will change our world in astonishing ways. By weaving together their own research, interviews with pioneering scientists and Zach's trademark comics, the Weinersmiths investigate why these innovations are needed, how they would work, and what is standing in their way.
After I got all fired up about space mining with the other books, Erika Nesvold raised all sorts of questions that I hadn’t considered. What sort of “world” do I want to see when people expand across the solar system?
After reading her book, I realize that despite my urge to just get on and do it, a Wild West in space isn’t what we’re after.
Can we do better in space than we’ve done here on Earth?
We’ve pinpointed the destination, refined the technology, designed the habitat, outfitted our space residents. Are we forgetting something? A timely reminder that it’s not just rocket science, this thought-provoking book explores the all-too-human issues raised by the prospect of settling in outer space. It’s worth remembering, Erika Nesvold suggests, that in making new worlds, we don’t necessarily leave our earthly problems behind. Accordingly, her work highlights the complex ethical challenges that accompany any other-worldly venture—questions about the environment, labor rights, and medical ethics, among others.
It’s an oldie (originally published in 1976!) but still in print. O’Neill offers us an optimistic vision of the giant “space cities” we may be able to build when we master space mining based on solid numbers.
I have my reservations, and Nesvold’s cautions still apply, but just maybe we can do better this time around.
In 1969 America had proved its leadership in human spaceflight but among the nation’s youth an anti-technology mindset was growing. Princeton Physicist and Professor Dr. Gerard K. O’Neill, inventor of the revolutionary Colliding-Beam Storage Ring technology that is now the basis of all high energy particle accelerators, asked his students if they could come up with a working Space Colony system to permanently and happily house tens of thousands of regular people. They dug into the challenge. Soon his small band of students grew to scores of researchers both young and old, all united in the Big Dream of letting…
If humanity is to become a space-faring species, we’ll need resources from space. The biggest stores of resources lie in the asteroids. Although asteroids are the “floor sweepings” left over from the beginning of the Solar System, they add up to a million times the resources we have accessible on Earth. But they also carry information about the history of how Earth and the solar system came to be. And for good measure, they are out to get us as they got the dinosaurs.
For all these reasons, we should respect them and learn all we can about them. My book gives an accessible overview of all these topics and how space mining could happen in the surprisingly near future.
Unlike the typical tales of a flawless fighting unit, this story follows Commander Kami Trenn and her ragtag squad of mixed-race space marines.
Dog Squad fights a mysterious adversary whose presence remains shrouded in secrecy. The fate of the universe hangs in the balance, but will they be able to make enough of a difference?
Can they hope to uncover the enemy’s plans for galactic dominance before the Alliance falls? Maybe. If they can stop fighting each other.
Across the void formed by two galactic spiral arms, vast forces face each other.
The tenuous Alliance, sixty civilizations united only by fear of invasion, prepare to resist the encroachment of their as-yet unseen enemy, known only as the Creeps.
The Void has become a battleground. Three thousand light years across, and populated by a scattering of ten thousand ‘dark’ worlds, it is the Alliance’s last chance to protect their way of life. Self-destructive, robotic drones pour across the Void in ever-increasing numbers, testing the Alliance fleets to breaking point.
