Gravity is so weak at the atomic and subatomic level because the masses of atoms and subatomic particles are so small. It is strong on the planetary scale because the masses of planets are so large.
So far, the LHC as well as searches elsewhere for neutralinos have come up empty. While many technical and popular articles have declared, "supersymmetry is dead," this is not yet quite the case. SUSY is still alive, but on life support.
This summer may pack plenty of silver-screen explosions, but how many of them tell you what you're made of?
The Division of Particles and Fields in the American Physical Society started a community planning exercise in 2013 to help plan the next 10 years of particle physics investments in light of the Higgs discovery, new information about neutrinos, and new information about dark energy and the accelerating universe.
The reality is that human beings are selfish as well as altruistic, and we live not only with saints but with sociopaths. Nowhere is this more evident than in politics.
What does your weight on a bathroom scale, the expansion of our universe today, and the Big Bang have in common? If modern ideas in physics are correct, they are all caused by a new family of particles called "spin-zero bosons." Let's have a look!
If the Higgs Boson had turned out to be 115 gigaelectonvolts it would have supported the theoretical notion of supersymmetry, filling...
There's a reason Albert Einstein always looked like he'd stuck his finger in a light socket: Physicists spend their days doing some of the most mind-blowing research in science. Here are 10 physics findings that will cramp your brain and make your hair stand on end.
There were no celeb watchers, red carpets or black velvet ropes for this crowd of art-science enthusiasts. This was an event to celebrate the story about the search for Higgs boson, the so-called "God particle."
Of course, when you're starting out in life, and you have to support yourself, a job is essential, and a BA degree might not get you something to pay the bills. But then again, it just might.
A handful of physics articles from 50 years ago have become central to the way physicists think about matter and the cosmos today -- so central, in fact, that we can sometimes forget that these foundational ideas even have a history.
Less than a year after the first Higgs boson was found in the suburbs of Geneva, Switzerland, the world of particle physics was rocked last weekend when a hoard of 36 of the itty-bitty particles was discovered in the back of the basement of the First Trinity Church in Cambridge, England.
Reality is waiting for us to creep closer to understanding its mysteries. In the meantime, it won't falter or come to an end. Reality will remain our home, our source, and the ground state of our being far beyond the lifetime of the foreseeable universe.
Even if controlled fusion is still a long way from reaching fruition, nuclear energy remains the best and perhaps the only long-term, large-scale solution to the world's energy needs.
The 2012 Programme for International Student Assessment, or PISA, results are in, and there's some really good news for those that worry about the U.S. becoming a nation of brainy elitists.
An intriguing question that arises is whether infinities are only a mathematical concept, or whether they can occur in physical reality. Interestingly, cosmology -- the study of the universe as a whole -- provides quite a few examples where in principle one could encounter infinity.