Read article 'Cockcroft’s subatomic legacy: splitting the atom'
Cockcroft’s subatomic legacy: splitting the atom
Looking back 75 years to the first accelerator-based physics experiment.
Read article 'Cockcroft’s subatomic legacy: splitting the atom'
Read article 'Exotic lead nuclei get into shape at ISOLDE'
Exotic lead nuclei get into shape at ISOLDE
Lead nuclei with too few neutrons turn out to be mainly spherical.
Read article 'Strangeness, charm and beauty come to Slovakia'
Strangeness, charm and beauty come to Slovakia
SQM 2007 meeting hears of new results and expectations for the LHC.
Read article 'Fast fragmentation produces double firsts for exotic nuclei'
Fast fragmentation produces double firsts for exotic nuclei
Studies of transition rates between excited states and ground states in these nuclei provide important information to test shell-model predictions.
Read article 'Polarized hyperons probe dynamics of quark spin'
Polarized hyperons probe dynamics of quark spin
Jefferson Laboratory researchers discuss two new models of spin transfer.
Read article 'NSCL discovers the heaviest known silicon isotope to date'
NSCL discovers the heaviest known silicon isotope to date
Researchers at the National Superconducting Cyclotron Laboratory (NSCL) at Michigan State University have produced the heaviest silicon isotope ever observed.
Read article 'Heavy-ion workshop looks to the future'
Heavy-ion workshop looks to the future
Physicists meeting in Finland warm up for heavy-ion physics at the LHC.
Read article 'DIS 2007: physics at HERA and beyond'
DIS 2007: physics at HERA and beyond
A report from the latest workshop on deep-inelastic scattering.
Read article 'DØ and CDF find same new baryon'
DØ and CDF find same new baryon
After several years of independently gathering and analyzing data at Fermilab’s Tevatron, the DØ and CDF collaborations have reported the observation of the same new baryon within days of each othe...
Read article 'Symmetry breaking on a supercomputer'
Symmetry breaking on a supercomputer
The Japan Lattice QCD Collaboration has used numerical simulations to reproduce spontaneous chiral symmetry breaking (SCSB) in quantum chromodynamics (QCD).
