The increasing possibility that the Higgs Boson does not exist
The increasing evidence that the Higgs Boson does not exist.
The increasing evidence that the Higgs Boson does not exist.
Early hints that scientists had found the Higgs boson at CERN have faded with fresh data.
New data presented today at the Lepton Photon conference in Mumbai, India, show the signal fading. It means that “this excess is probably just a statistical fluctuation”, says Adam Falkowski, a theorist at the University of Paris-South in Orsay, France.
The Pioneer anomaly is fading.
The analysis shows that the anomaly is not constant, as researchers had believed, but is decreasing with time. The finding points toward a conventional explanation of the phenomenon, most likely asymmetric radiation of heat, and against some of the more exotic proposals.
More precise constants in science.
The numbers include reduced uncertainties for several key constants, which physicists say is encouraging because these will allow for better tests of theory. The more precise figures will also aid plans to redefine familiar units of measurement, such as the kelvin and the kilogram, in terms of unchanging fundamental constants rather than relying on a material object that might not be stable (as for the kilogram standard).
The CERN Large Hadron Collider has seen a tantalizing hint of the Higgs particle.
An evening pause: “The inconceivable nature of nature.”
Fermilab has confirmed the Japanese particle physics experiment from two weeks ago suggesting that muon neutrinos can morph into electron neutrinos.
The results of these two experiments could have implications for our understanding of the role that neutrinos may have played in the evolution of the universe. If muon neutrinos transform into electron neutrinos, neutrinos could be the reason that the big bang produced more matter than antimatter, leading to the universe as it exists today
A new report released today says a new underground physics lab will cost the Energy Department from $1.2 to $2.2 billion.
Though I know the science is worthwhile and we should be doing it, I also can’t help ask this question: Where the hell are we going to get the money?
In new research at CERN physicists now have captured atoms of antimatter for more than 15 minutes.
The uncertainty of science: An underground experiment in Italy has failed to detect dark matter, as theorized by scientists.
In a paper published online last night, the XENON100 researchers report three events detected during a 100-day run of the experiment last year that might have been due to dark matter1. However, as they expected to see between 1.2 and 2.4 background events — interactions mostly caused by a radioactive contaminant in the xenon — their result is statistically negative and therefore rules out the existence of many of the more strongly interacting and heavier WIMPs.
A fire in a Minnesota mine is threatening an underground physics laboratory.
A glimpse at the universe before the Big Bang?
For the first time scientists succeed in trapping atoms of anti-matter. Key quote:
The team know the trap worked because they made about 10 million antihydrogen atoms which promptly obliterated themselves. Then they turned off their new trap and saw 38 more obliterations — meaning those 38 antihydrogens stuck in the trap.
For the first time, scientists watch an atom’s electrons moving in real time.
Want to know who invented the basic technology that made possible CD and DVD players possible? Take a look at this restrospective describing the discovery, from Physical Review Focus of the American Physcial Society.