The Mistaken Extinction, Sphere, Origin of Species, 1984, Fahrenheit 451, Valhalla Rising, Fire Ice, Jurassic Park, Sahara, Blue Gold, Trojan Odyssey, White Death, State of Fear, Atlantis Found, American Psycho, Into the Wild
So check it... My birthday is at the end of this month, and on the 21st I was wondering if you would be able to work a version of either "Express Yourself" or "Vogue" by Madonna into your set, if you please??? I don't care how you do it, I just would be obsessed with it. I'm going to be bringing several Boston DJs and the Gay Mafia, etc., so it will also be good P.R. You know how I roll, child. Anywho... I will check your ass on the flip side, yo!!! XOXO Get at me!!!
YOU KILLED IT TONIGHT!!!! You were the reason i came out to !! thank you man!! Much Love
Half a century has passed since 27-year-old Hugh Everett III published a version of his Princeton Ph.D. dissertation in a leading physics journal, introducing the scientific world to his radical theory of parallel universes. In what ways did the theory break from existing theories of the day? How has it fared in those five decades, and where does it stand today in the physics community? Journalist Peter Byrne, who is midway through writing an authorized biography of Everett, answers these and other questions in this interview. Despite flunking algebra in high school, as he is the first to admit, Byrne has a remarkable talent for translating quantum mechanics into terms the layman can grasp. The Theory Today The Theory Today
Hugh Everett in 1964, when he was 34 years old and was working at the Pentagon. He had abandoned quantum physics, to which he would never return. "Before I started looking into this, I would have thought it was crazy," Peter Byrne says of Everett's theory. "Now I wouldn't be surprised if it's true
Byrne:
A wave function is basically just a mathematical list of every possible configuration of a quantum object, like a hydrogen atom. A universal wave function lists every possible configuration of every single elementary particle in the universe. And there are a lot, so you can't actually write it down! The way you symbolize a wave function is with the Greek letter psi. it's very much in use in physics today. However, it has consequences to it that people were and remain uneasy with, which basically is that everything that is possible happens. This assertion, which Everett backed up mathematically, solves, according to him and his supporters, the so-called measurement problem. It has to do with the only other technical term I'll use if I can get away with it—the concept of superposition. Think of a
