
In the Nebula Award winning Red Mars, Kim Stanley Robinson began his critically acclaimed epic saga of the colonization of Mars, Now the Hugo Award winning Green Mars continues the thrilling and timeless tale of humanity's struggle to survive at its farthest frontier.Nearly a generation has passed since the first pioneers landed, but the transformation of Mars to an Earthlike planet has just begun The plan is opposed by those determined to preserve the planets hostile, barren beauty. Led by rebels like Peter Clayborne, these young people are the first generation of children born on Mars. They will be joined by original settlers Maya Toitovna, Simon Frasier, and Sax Russell. Against this cosmic backdrop, passions, rivalries, and friendships explode in a story as spectacular as the planet itself.From the Paperback edition.
> The Mondragon Corporation already appeared in Robinson's earlier Mars trilogy, as one of the Terran groups involved in the colonization and terraforming of Mars; the coop is also portrayed as the inspiration of both the bogdanovist movement [52] and the libertarian-leaning Praxis Corporation[53] two of the main forces leading the revolution for the independence of Mars.
Red Mars was one of the best sci-fi books I've ever read, but Green Mars starts pretty slow so I didn't get very far into it. I think I'll start the trilogy over.
I'd love to see a good adaptation of Red Mars / Blue Mars / Green Mars.
I think the Coyote series by Allen Steele could be fun if done right.
Honestly that's my favorite Sci-Fi novel series of all time. Just give Red Mars a try and I prosome you won't be able to put it down.
It's a really good series I highly recommend, and it's won awards because Robinson put a lot of research into make the book believable. The descriptions and time scales used in the book make it very accessible to engineers while also containing incredible character development.
Anyway, memory could be very well related to the quantum world. There's a lot we do not understand about the brain, and what we do know raises a bunch of questions about how does our brain store information when it seems to have such limited potential capacity?
