Two scientists who predicted how particles gain mass shared the prestigious award, now that Large Hadron Collider experiments have confirmed the theory
Maintenance, improvement work and data analysis will keep scientists busy as the European collider's planned closure begins
Higgs to two-photon candidate event as seen by CMS in May 2012 When last we checked in on the hunt for the Higgs, physicists weren’t yet ready to call the deal done.
Under the simplest assumptions, the measured mass of the Higgs could mean the universe is unstable and destined to fall apart. But don’t worry—it won’t happen for billions of eons
The CERN collider, the most powerful atom smasher in history, appears to have fulfilled its primary quest
Join us for a live online chat about last week's Higgs news with physicist Michael Tuts of Columbia University. Tuts will help explain where physicists go from here
For those who can't read what it says on the trophy (i.e. everyone): "Royal College of Science Union, Science Challenge 2011, Imperial College Physics Prize, Kelly Oakes".
Europe's Large Hadron Collider is extending its unprecedented experimental run as the U.S. prepares for a disappointing shutdown of its marquee collider
On December 13, CERN will release the results of a new data analysis in the search for the Higgs boson. at the LHC. As I was reporting my article, which appeared today, on December 7 I spoke on the phone with Joe Lykken, a Fermilab staff theoretical physicist.
The long-sought Higgs boson is tied to the leading theory of how quarks, electrons and other particles get their mass
The Nature Video team filmed a variety of reactions from physics laureates at the Lindau Nobel Laureate Meeting this week in Germany
If the LHC discovers the Higgs boson or other theoretical particles, their existence could help explain inflation, one of the universe's great mysteries
The hunt for the long-sought-after particle continues in the U.S. as the Large Hadron Collider in Europe lies dormant
With instruments offering "tantalizing hints" in support of the Higgs boson, the elementary particle thought to endow matter with mass, we stand at a singular moment in time for physics.
Lyn Evans led the design and construction of CERN's Large Hadron Collider They call it “the machine.”Thousands of physicists working at the LHC are looking for the Higgs boson and other new particles, and many of them have contributed to building the gigantic detectors that are taking most of the media limelight these days.But humming 100 meters under the Franco-Swiss border is the apparatus that makes it all possible.
Join us for a live online chat with physicist Michael Tuts of Columbia University. Tuts will help us understand what this morning’s announcement about the Higgs means for physics
A particle, which might be a Higgs boson, decaying into muons in the ATLAS detector. Credit: ATLAS Experiment/CERN If you've read anything about the Higgs boson, you probably know that this particle is special because it can explain how fundamental particles acquire mass.
So it's finally, probably, maybe, happened. Although they are still hedging a bit, physicists at CERN, the European Organization for Nuclear Research, announced this morning that they had found the long-sought Higgs boson.
In a clip from Brian Greene's new NOVA miniseries The Fabric of the Cosmos, physicist Peter Higgs describes the bumpy road that led him to hypothesize his eponymous, elusive particle
Nobel laureates David Gross, Martinus Veltman, Carlo Rubbia and George Smoot (from left) with CERN scientists on video behind them. 62nd Lindau Nobel Laureate Meeting (2012).
The 2013 Nobel Prize in Physics goes to François Englert and Peter Higgs for the theory of how particles acquire mass, requiring the existence of the Higgs Boson, experimentally confirmed to exist in 2012