物理學家Thomas LeCompte解釋說明大型強子對撞機（LHC）的輸出結果與大爆炸理論有什么不同，當然還有他們的共同之處。由Steve Mirsky報道。

Popular accounts of the Large Hadron Collider often say it’s trying to approximate the conditions at the big bang.

“One of the things that’s different is this is a much simpler situation, right? We have a lot of energy in a small space, like you did at the Big Bang. But you don’t have a whole universe in a small space.”

Thomas LeCompte of Argonne National Lab is the physics coordinator for what’s called the ATLAS experiment at the LHC. We spoke at the AAAS meeting in Washington on February 20th.

“When we run protons, we only start with two particles rather than the, I don’t know, 10 to the 50th or however many particles there are in the visible universe. So it’s a much simpler system.

"That said, it’s not a completely bad analogy either. We know that the universe is expanding and cooling, so earlier on it was smaller and hotter. And we are studying the properties of small, hot things. But I don’t like saying that because it gives people the idea that the only thing we’re doing is really trying to turn back the clock. We’re also trying to just in general study the behavior of matter, energy, space and time on small scales.”

—Steve Mirsky