The Matter-Antimatter ‘Angel Particle’ Has Been Discovered

If science was a soap opera, the theoretical Angle Particle would make the perfect mysterious ‘is he good or bad?’ character because it could play both matter and antimatter. Well, get your scripts ready and hire a casting agent because the Angel Particle is real and ready for its close-ups. Scientists in California (where else?) have successfully created a particle that is both matter and antimatter … and all without annihilating the universe. Will this be the science show that finally knocks “The Big Bang Theory” out of its number one spot? Like any good mystery drama, this one needs some exposition. One aspect of the real big bang theory is that the universe was made of equal amounts of matter and antimatter. In 1928, English theoretical physicist Paul Dirac went further by predicting that every fundamental particle in the universe has an antiparticle which is its identical twin […] Read More

Einstein Was Wrong?! New Theory Says There’s No Gravity And No Dark Matter

Gravity is something all of us are familiar with from our first childhood experiences. You drop something – it falls. And the way physicists have described gravity has also been pretty consistent – it’s considered one of the four main forces or “interactions” of nature and how it works has been described by Albert Einstein’s general theory of relativity all the way back in 1915. But Professor Erik Verlinde, an expert in string theory from the University of Amsterdam and the Delta Institute of Theoretical Physics, thinks that gravity is not a fundamental force of nature because it’s not always there. Instead it’s “emergent” – coming into existence from changes in microscopic bits of information in the structure of spacetime. Verlinde first articulated this groundbreaking theory in his 2010 paper, which took on the laws of Newton and argued that gravity is “an entropic force caused by changes in the information […] Read More

Experts Abuzz About Possible Discovery That Would All but Upend Most Basic Understanding of Physics

Scientists around the globe are revved up with excitement as the world’s biggest atom smasher — best known for revealing the Higgs boson four years ago — starts whirring again to churn out data that may confirm cautious hints of an entirely new particle. Such a discovery would all but upend the most basic understanding of physics, experts say. The European Center for Nuclear Research, or CERN by its French-language acronym, has in recent months given more oomph to the machinery in a 27-kilometer (17-mile) underground circuit along the French-Swiss border known as the Large Hadron Collider. In a surprise development in December, two separate LHC detectors each turned up faint signs that could indicate a new particle, and since then theorizing has been rife. “It’s a hint at a possible discovery,” said theoretical physicist Csaba Csaki, who isn’t involved in the experiments. “If this is really true, then […] Read More

Throwback Thursday: The 95th Anniversary of Relativity’s Confirmation (Synopsis)

“Oh leave the Wise our measures to collate. One thing at least is certain, light has weight. One thing is certain and the rest debate. Light rays, when near the Sun, do not go straight.” –Arthur Eddington It might seem like General Relativity has been around forever, but it’s been less than a century since it was released and confirmed. In fact, today marks the 95th anniversary of the solar eclipse that changed our view of the Universe! The reaction of the world was priceless, particularly of the New York Times when all was said and done. Whether you’ve heard this story a thousand times or never once before, go read and enjoy this walk down memory lane, and find out about the day that physics, relativity and our understanding of space and time changed forever! Related articles 6. A Guide to the Inner Earth: K to O Nazis in […] Read More


A first glimpse of a postmodern physics, in which mass, inertia and gravity arise from underlying electromagnetic processes Bernard Haisch, Alfonso Rueda & H.E. Puthoff published in THE SCIENCES, Vol. 34, No. 6, November / December 1994, pp. 26-31 copyright 1994, New York Academy of Sciences (posted with permission)   The most famous of all equations must surely be E=mc2. In popular culture that relation between energy and mass is virtually synonymous with relativity, and Einstein, its originator, has become a symbol of modern physics. The usual interpretation of the equation is that one kind of fundamental physical thing, mass (m in the equation), can be converted into a quite different kind of fundamental physical thing, energy (E in the equation), and vice versa; the two quantities are inextricably intertwined, related by the factor c2, the square of the velocity of light. The energy of the sun, for instance, […] Read More