So the LHC is undergoing it's initial calibration phase. Soon, potentially the 21st of October, the first collisions will take place. Will this usher in a new era of particle physics and human understanding of the universe? Will we find the higgs boson or some other unnamed particle? Will we be totally and utterly destroyed by the extremely unlikely event that the collision will create a mbh that won't immediately dissipate in a burst of hawking radiation?
With all that rests on the shoulders of the great minds at the LHC complex, what will the future bring? Are we on the right course?
Thoughts? Discussion?

140 years of Popular Science at your fingertips.
Each issue has been completely reimagined for your iPad. See our amazing new vision for magazines that goes far beyond the printed page
Stay up to date on the latest news of the future of science and technology from your iPhone or Android phone with full articles, images and offline viewing
Featuring every article from the magazine and website, plus links from around the Web. Also see our PopSci DIY feed
The 6th annual Invention Awards are here, from an inflatable tourniquet to a better lobster trap to spring-loaded hocket skates. This issue is all about the celebration of invention.
Plus: Making synthetic biology breakthroughs in a garage, building a constantly-moving ping-pong table, and a ridiculously overpowered barbecue.
I don't understand how we are suppose to detect anything moving faster than speed of light from a stationary observation point. Logic dictates that we must mobilize the LHC observation unit if we are to observe anything traveling at C<. I welcome any feedback. guyhill80@yahoo.com May our species servive.