Read article 'Isospin symmetry broken more than expected'
Read article 'Isospin symmetry broken more than expected'
Strings of photodetectors anchored to the seabed off the coast of Sicily have detected the most energetic neutrino ever observed, smashing previous records.
Daniel Tapia Takaki describes how ultraperipheral collisions mediated by high-energy photons are shedding light on gluon saturation, gluonic hotspots and nuclear shadowing.
The 14th Higgs Hunting workshop deciphered the latest results from the ATLAS and CMS experiments.
Read article 'Inside pentaquarks and tetraquarks'
Read article 'The new particles'
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Read article 'Trial trap on a truck'
CERN'S BASE-STEP experiment has taken the first step in testing the world's most compact antimatter trap.
Read article 'Cornering compressed SUSY'
A new CMS analysis explores an often overlooked, difficult corner of SUSY manifestations: compressed sparticle mass spectra.
Read article 'Chinese space station gears up for astrophysics'
China’s Tiangong space station represents one of the biggest projects in space exploration in recent decades.
Read article 'Taking the lead in the monopole hunt'
Magnetic monopoles are hypothetical particles that would carry magnetic charge, a concept first proposed by Paul Dirac in 1931.
Read article 'Isolating photons at low Bjorken x'
A new measurement by ALICE will help to constrain the gluon PDF.
Read article 'R(D) ratios in line at LHCb'
The accidental symmetries observed between the three generations of leptons are poorly understood, with no compelling theoretical motivation.
Read article 'Dark matter: evidence, theory and constraints'
Dark Matter: Evidence, Theory and Constraints will be useful to those who wish to broaden or extend their research interests, for instance to a different dark-matter candidate.
Read article 'The B’s Ke+e–s'
The Implications of LHCb measurements and future prospects workshop drew together more than 200 theorists and experimentalists from across the world.
Read article 'From spinors to supersymmetry'
In their new book, From Spinors to Supersymmetry, Herbi Dreiner, Howard Haber and Stephen Martin describe the two-component formalism of spinors and its applications to particle ph...
Read article 'First signs of antihyperhelium-4'
Hypernuclei remain a source of fascination due to their rarity in nature and the challenge of creating and studying them in the lab.
Read article 'A rich harvest of results in Prague'
The 42nd international conference on high-energy physics reported progress across all areas of high-energy physics.
Read article 'NA62 observes its golden decay'
The measurement is the most precise to date and about 50% higher than the SM prediction.
