08/09/16 Sterile neutrinos in trouble The IceCube experiment reports ruling out to a high degree of certainty the existence of a theoretical low-mass sterile neutrino.
08/05/16 LHC bump fades with more data Possible signs of new particle seem to have washed out in an influx of new data.
08/04/16 Higgs boson resurfaces in LHC data The Higgs appeared in the second run of the LHC about twice as fast as it did in the first.
08/02/16 Q&A: The future of CERN CERN’s Director General is enthusiastic about the progress and prospects of the LHC research program, but it’s not the only thing on her plate.
07/28/16 The deconstructed Standard Model equation The Standard Model is far more than elementary particles arranged in a table.
07/27/16 The Atomki anomaly A result from an experiment in Hungary catches the attention of a group of theorists in the United States.
07/26/16 The most important website in particle physics The first website to be hosted in the US has grown to be an invaluable hub for open science.
07/21/16 Dark matter evades most sensitive detector In its final run, the LUX experiment increased its sensitivity four-fold, but dark matter remains elusive.
07/18/16 Pokémon Go shakes up the lab routine At Fermilab and CERN, students, lab employees and visitors alike are on the hunt for virtual creatures.
07/15/16 The science of proton packs Ghostbusters advisor James Maxwell explains the science of bustin'.
07/15/16 Who you gonna call? MIT physicists! As science advisors, physicists Lindley Winslow and Janet Conrad gave the Ghostbusters crew a taste of life in the lab.
07/12/16 A primer on particle accelerators What’s the difference between a synchrotron and a cyclotron, anyway?
07/06/16 Scientists salvage insights from lost satellite Before Hitomi died, it sent X-ray data that could explain why galaxy clusters form far fewer stars than expected.
07/05/16 Incredible hulking facts about gamma rays From lightning to the death of electrons, the highest-energy form of light is everywhere.
06/29/16 LHCb discovers family of tetraquarks Researchers found four new particles made of the same four building blocks.
