I've been blogging on movies I love for almost six months now. That's nothing compared to some of the blog mavericks like Gawker.com, TheSuperficial.com, BoingBoing.net or even some of the newer, instant classics like HipsterRunnoff.com. But I can tell you, it already seems like a long time, so silly as it sounds, I thought I'd pay homage to my first post... for one of my all-time favorite movies, The Matrix (not a particularly good post I might add), for which I simply can't get enough. There obviously are also two sequels which paled in comparison, but when pitted against most of the other sci-fi fare that's regurgitated by the Hollywood machine, they are still rock solid. However, many people seemed to have missed the animated series of shorts that are a great way to really fill up on your Matrix lore, The Animatrix.
These film shorts are amazing. They'll remind you of Ghost in the Shell, Heavy Metal and Aeon Flux, but of course, feature Trinity, Neo and the familiar cast of machines and characters that fill the back-story to that special place we all know and love. Watch the movie trailer and read on because...
FilmBender is Funny Movie Reviews, and I'm only half kidding about this being for those who take both pills. It's a blend of Japanese animation and computer animation, so while the visual images are enough to make your head pop, and on that level alone, it is probably worth watching; but the real purpose behind swallowing this collection is because it is written by the Wachowski brothers and much of the thrill is to make an attempt to eat up every single thing you can possibly scrape together on this philosophical and complex multiverse they've created. I loved it. I ate both pills and want more.
A generic prediction of cosmic inflation is an infinite ergodic universe, which, being infinite, must contain Hubble volumes realizing all initial conditions.
Accordingly, an infinite universe will contain an infinite number of Hubble volumes, all having the same physical laws and physical constants. In regard to configurations such as the distribution of matter, almost all will differ from Earth's Hubble volume.
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