"The Big Bang Never Happened" The New Standard?
Updated: 2010-07-30 08:40:00
One topic which generated a lot of discussion at the Gravity and Cosmology meeting was the void model of the Universe. The basic argument is simple: the dark energy is an ugly addition to our cosmological standard model, with 70% of the energy density of the Universe some mysterious substance with weird properties. From a [...]
Exploring our dark universe is usually the domain of extreme physics. Clues to dark matter and energy are searched for by huge neutrino telescopes and particle detectors, deep underground, and by experiments launched into space. But an experiment doesn't have to be exotic to explore the unexplained. At the International Conference on High Energy Physics, which ends today in Paris, scientists from the GammeV-CHASE experiment unveiled the first results from their experiment, which used 30 hours' worth of data from a 10-meter-long experiment to place the world's best limits on particles of dark energy.
CERN's press release issued today states that the LHC's first measurements are allowing them to “rediscover” the Standard Model of particle physics. But the presentations at ICHEP tell a slightly different story.
Everyone's catching Higgs fever, even French President Nicolas Sarkozy. The elusive particle - and the race between the experiments at Fermilab's Tevatron and those at the Large Hadron Collider to discover it - have made headlines for years, but the frenzy reached new heights in the run-up to the International Conference on High Energy Physics.
It might be a long way to the top, but the LHC experiments are already half way there: at the ICHEP conference in Paris CMS and ATLAS presented their first candidates for top quark, the heaviest particle in the Standard Model.
This image shows the effects of a giant black hole that has been flipped around twice, causing its spin axis to point in a different direction from before.
Combining observations made with ESO�s Very Large Telescope and NASA�s Chandra X-ray telescope, astronomers have uncovered the most powerful pair of jets ever seen from a stellar black hole.
Evidence for a recoiling black hole has been found using data from the Chandra X-ray Observatory, XMM-Newton, the Hubble Space Telescope, and several ground-based telescopes.
I am presently in Japan, participating in the Gravity and Cosmology workshop at the Yukawa Institute for Theoretical Physics on the Kyoto University campus. The big news here is that the Large Cryogenic Gravitational-wave Telescope (LCGT) was just approved for funding! I believe that this is the press release, as witnessed by the exclamation mark [...]
This image shows the symbiotic system known as CH Cyg, located only about 800 light years from Earth.