Champagne bottles were popped Tuesday in Geneva where the largest science machine ever built finally began to smash subatomic particles together. After 16 years-and an accident that crippled the machine a year and a half ago-the Large Hadron Collider successfully smashed two beams of protons at the astounding energy of 3.5 trillion electron volts apiece. This act produced temperatures not seen since the Big Bang occurred 13.7 billions years ago. The LHC is colossal. It is a gigantic doughnut, 17 miles in circumference, in which two beams of protons will eventually create energies of 14 trillion electron volts. Yet by nature’s standards the LHC is a pea shooter. For billions of years the earth has been bathed in cosmic rays much more powerful than those created by the LHC. Despite this great achievement, European taxpayers are asking if this 10 billion euro machine is a waste of money, particularly given the current financial crisis. These skeptics would do well to remember that the LHC could help us understand not only the instant of genesis, but will help unify the four fundamental forces that rule the universe. Each time one of these forces was deciphered it changed the course […]
Thursday, April 1st, 2010
A Second Big Bang In Geneva?
Author: MICHIO KAKU
Source: The Wall Street Journal
Publication Date: 1-Apr-10
Link: A Second Big Bang In Geneva?
Source: The Wall Street Journal
Publication Date: 1-Apr-10
Link: A Second Big Bang In Geneva?
Stephan: Here is why I have run so many stories about this seemingly esoteric area of physics research. If the past is prologue the Hadron Collider will launch a trend that will change your life. Exactly how is the question.
Mr. Kaku, a professor of theoretical physics at City College of New York, is the author of 'Physics of the Impossible' (Doubleday, 2008) and host of 'Sci Fi Science: Physics of the Impossible,' on the Science Channel.
Thanks to James Spottiswoode.