quantum

Much like cold fusion, nano-computing always seems ten years off. The years go by, technology advances, but the goal doesn’t seem to get any closer. Last week, however, a team of Purdue University scientists reported overcoming a major hurdle in the path to creating a functional quantum computer.

Not much in science is more of a mind-bender than thinking about the size and fate of the known universe (except for quantum mechanics and string theory, which also has a lot to do with the size and fate of the universe, albeit on the opposite end of the size spectrum). When we first developed theories about the universe, the model which resulted depicted all of space as static and unchanging, infinite in depth in any direction. Then Einstein posited general relativity and suddenly a whole host of universes were theoretically possible: static, dynamic, infinite, and finite.

When the world´s biggest particle accelerator, the Large Hadron Collider, opens next year near Geneva, the focal point of the high-energy physics world will shift from U.S. soil for the first time in half a century. Bummer, indeed. But America´s brightest are busy devising a rescue plan. In April, a panel of U.S.

A baseball zooms through clouds, straight through a wall and into the waiting hand of actor Adam Smith, who is tricked out like a magician, complete with wand, tuxedo and top hat. â€How do you do it?†Smith asks conspiratorially. â€You just need a small enough ball, of course.†But Smith isn´t really explaining a magic trick. He´s talking nanotech, in the new short film When Things Get Small.