The FUNK experiment has set an improved limit on the existence of hidden photons as candidates for dark matter with masses in the eV range.
HAWC and other high-altitude observatories are pushing the energy of gamma-ray observations into new territory to test fundamental symmetries.
LHCb results favour the interpretation of the state as a quasi-bound D0D*0 molecule.
A novel technique by ATLAS uses top-quark pairs to test the ratio of the probabilities for tau leptons and muons to be produced in W-boson decays
The latest spectral measurements of antihydrogen atoms confirm that a key portion of QED holds up in both matter and antimatter.
A challenge for such searches is that the masses of the supersymmetric particles are unknown, leaving a large range of possibilities to explore.
Albert De Roeck reviews The State of the Art of Neutrino Physics: A Tutorial for Graduate Students and Young Researchers.
A new ATLAS analysis cuts a swathe into the parameter space for one well-motivated alternative electroweak symmetry breaking sector.
CMS has probed the running of the mass of the top quark for the first time - an important test of the validity of QCD, and an indirect search for unknown physics.
Jet modification effects are predicted to be strongest in this kinematic region.
The ATLAS and CMS collaborations have obtained new insights into the charge-parity structure of top-Higgs interactions.
The 2020s should see the start of a new type of astrophysics, reports Merlin Kole.
In a new article published in Nature, the T2K collaboration excludes leptonic CP conservation at 3σ confidence.