Trapped ions model the creation and annihilation of electron–positron pairs
Read article: Quantum computer simulates fundamental particle interactions for the first time
A new book makes a compelling case for building the next big particle collider in China, but Richard de Grijs can’t help wondering who its real audience is
Read article: China’s tunnel vision
First detected 60 years ago, neutrinos provide a window to physics beyond the Standard Model
Read article: Art McDonald explains why neutrinos continue to amaze physicists
Measurement at the South Pole rules out previous potential sightings of the hypothetical particles
Read article: IceCube’s search for sterile neutrinos draws a blank
MIT's Mike Williams explains how four or more quarks could join together to form exotic particles or even subatomic molecules
Read article: Tetraquarks, pentaquarks and other giants of particle physics
Four new papers try to explain a tantalizing excess of photon pairs
Read article: Theorizing about the LHC’s 750 GeV bump
X(5568) does not appear in proton–proton collisions at LHCb
Read article: CERN fails to confirm Fermilab tetraquark discovery
Particle made of four different quark flavours is a first
Read article: Fermilab bags a tetraquark
Daya Bay energy spectrum is the best ever
Read article: Chinese lab confirms antineutrino anomalies
Isotope shift could provide a table-top test of how the Higgs boson couples to matter
Read article: Physicists plan to seek Higgs force in atomic spectra
