The Expanse: A look into the future?

Museum of Science & Industry

One of my best friend's dreams is to be an astronaut. I, however, would never go to space. Well, we agree to disagree. 

My friend believes the "final frontier" will bring wonders; I think space is a lot of nothing, and some rocks, and gas giants. And, if we find someone, or some thing, up there, it might just be terrible. 

Perhaps I am traumatized by watching Alien, Aliens and (good god!) Event Horizon. But, I think we humans do best on our little blue marble called Earth. If we want to explore space, we can always send a neat robot. 

However, in spite of my fear of space, I still love science fiction. I'm currently about half-way through the second book of James S. A. Corey's "Expanse" trilogy. The Expanse book series, and well-done television show on Amazon, shows what I believe is an accurate version of a space-venturing future. Earth is over-crowded, and humans have ventured to Mars, and have even created colonies on asteroids and moons of Jupiter. In cosmological terms, this is a pretty humble task; of all the billions of planets, stars, light-years and parsecs in just the Milky Way galaxy, that's like barely leaving our own back-yard!

 

It's not Star Trek. There are no spaceships that can break the laws of physics (that we know of currently). Space, in The Expanse, is a tough and brutal place. Brave, blue collar, space workers are regularly injured on-the-job by space rocks, ice chunks and work accidents. -Think of a coal miner from West Virginia, but in a space-suit.- Not only that, but the challenges families face in this fictional series are serious; cancer is rampant due to Solar radiation, which we are protected from on Earth. Individuals who are born in space, grow up differently due to the lack of gravity; their muscles and bones are used to weightlessness. If they go to Earth they will have a terrible time coping, as it would be like having pounds of iron on their shoulders.

When it come to physics, the Expanse series truly tries to be accurate as well. On Earth, with our lovely gravity, if someone shoots a gun, the bullet shoots away and the shooter stands still. In a gravity-free environment, the shooter flies backward as fast as the bullet shoots forward. Not only that, but a projectile, like a bullet, can puncture a dome or a ship that contains the oxygen we humans need to breath. Bad news! 

When it comes to fighting wars in space, it's a crap shoot. It's basically firing stuff in every direction and hoping for the best. God forbid your spaceship is punctured, because then you're toast.     

James S. A. Corey, "The Expanse",  New York, New York: Orbit: Hachette Book Group, Inc. 2012