Ana Lopes
n_TOF facility explores neutron imaging
The n_TOF facility is investigating the potential of one of its neutron beams for imaging the interior of materials
NA64 casts light on dark photons
The NA64 collaboration has placed new limits on the interaction between a photon and its hypothetical dark-matter counterpart
Bottomonium particles don’t go with the flow
The first measurement, by the ALICE collaboration, of an elliptic-shaped flow for bottomonium particles could help shed light on the early universe
KWISP detector searches for dark energy from the Sun
First results are in for the KWISP detector’s hunt for hypothetical dark-energy particles from the Sun
ATLAS homes in on magnetic monopoles
The ATLAS collaboration has placed some of the tightest limits yet on the production rate of hypothetical particles known as magnetic monopoles
Four decades of gluons
How a walk through CERN’s corridors helped lead to the discovery of the gluon forty years ago at the DESY laboratory
ATLAS surveys new supersymmetry territory
New studies from the ATLAS collaboration search for hypothetical “supersymmetric” particles around uncharted corners
CMS hunts for dark photons coming from the Higgs boson
The CMS collaboration has searched for collision events in which the Higgs boson transforms into a photon and a hypothetical dark photon
AEgIS makes positronium for antimatter gravity experiments
The AEgIS collaboration at CERN has found a new way of making long-lived positronium atoms for antimatter gravity experiments
LHCb catches fast-spinning charmonium particle
The new particle, dubbed the ψ3(1D), was observed in data recorded between 2011 and 2018
First result from HIE-ISOLDE is doubly magic
The first result to emerge from the HIE-ISOLDE accelerator is the confirmation that the tin-132 nucleus belongs to the doubly magic group of nuclei
New antimatter gravity experiments begin at CERN
The ALPHA-g and GBAR experiments have received their first beams of antiprotons