Scientists confirm that Higgs boson is coupled to bulky cousin in new physics breakthrough

Yet another victory for the Standard Model.

Physics discover the most exciting form of matter: Excitonium

It’s a discovery that has everyone excited.

Physicists think they might have found a dark boson — a dark matter particle

It could be the key to understanding dark matter.

Hints of Higgs Boson spark floods of science papers

Almost 100 manuscripts have been submitted following last week’s tantalizing announcement from CERN.

New exotic subparticle confirmed by LHC scientists

Once with the discovery and confirmation of the Higgs boson, the Large Hadron Collider in Geneva proved its money worth and garnered international appraise. Despite the LHC is currently shutdown for its periodical maintenance (the restart procedure is well underway, with the particle accelerator expected to become fully operational again in 2015), physicists aren’t slaking. The data gathered from experiments

MIT ‘DarkLight’ experiment seeks to create dark matter in the lab

Mysterious and elusive, dark matter has escaped scientists time and time again; yet confirming its existence is quintessential to current efforts of studying the Universe. With this in mind, detecting dark matter has become one of the foremost goals in the physics of the 21st century. An experiment at MIT, called DarkLight, aims to prove or disprove a certain theory

2013 Nobel prize in physics awarded to ‘God particle’ scientists: Peter Higgs and Francois Englert

Just a few moments ago, the Royal Swedish Academy of Sciences awarded this year’s Nobel Prize in Physics to¬†Francois Englert and Peter Higgs on Tuesday for their 1964 postulation of the existence of the Higgs boson. The elementary particle was finally confirmed in 2012 by a team of international researchers using the Large Hadron Collider at CERN. The July 2012

Higgs boson discovery confirmed after CERN scientists reviewed massive LHC data

The science of physics has entered a new era once with the discovery of the much sought after Higgs boson in July 2012. The elementary particle thought to be responsible for granting matter its mass has been theorized for decades, but only with the deployment of the multi-billion Large Hadron Collider in Geneva could such a quest commence. Years of

LHC reaches highest energy yet

It’s been pretty quiet lately at the LHC, despite the fact that things seemed to be getting pretty hot, as the elusive Higgs boson appeared to be cornered. However, CERN cracked up the volume, announcing they achieved a record collision energy of 8 TeV. LHC recap The Large Hadron Collider is the world’s largest and highest energy particle accelerator, built

Physicists will have to hold their breath a little longer – ‘God particle’ not found yet

The big news about the discovery of the Higgs boson seem farther than some might have expected, even though researchers reported ‘tantalizing hints’ of the elusive particle; physicists will have to hold their breath a little longer. About a week ago, rumors started stirring up the physics world, as the people at CERN zoomed in on the only missing particle

LHC – we have a collision !

“It’s a great day to be a particle physicist,” said CERN director general Rolf Heuer. “A lot of people have waited a long time for this moment.” The LHC had been going on a promising streak for quite a while now; however, the encountered problems (mostly engineering, but also physics) were huge. Imagine firing arrows on the face of the

Dark matter discovered, or at least rumor has it

Well, rumors and science never go well together, especially when it goes to something as important as the work going on at LHC, who just got back in business a short while ago. My first reaction was to believe it was just a rumor. However, after hearing and reading many articles on this I still find it hard to believe.

CERN is back in business with the first collisions

The researchers and engineers operating the Large Hadron Collider have smashed together for the first time protons, in what is considered a huge step forward by pretty much everybody working at the huge physics experiment. The particles were accelerated on Monday, through the LHC’s 27 km and then ‘drove’ into each other, in an attempt to recreate the conditions that