Exotic atoms cast light on fundamental questions
A workshop in Trento explored how experiments on exotic atoms, deeply bound kaonic states and antihydrogen provide a low-energy route to addressing fundamental physics.
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A workshop in Trento explored how experiments on exotic atoms, deeply bound kaonic states and antihydrogen provide a low-energy route to addressing fundamental physics.
A meeting at the ICTP in Trieste brought together participants from the hadronic-physics and heavy-ion communities.
A measurement of the electron magnetic moment using the combination of several leading-edge techniques has achieved new levels of accuracy, yielding a more precise value for the fine structure constan...
A team at Harvard University has made a new precise measurement of the electron magnetic moment, which in turns allows the fine structure constant to be determined with an uncertainty 10 times smaller...
More than 80 physicists from all over the world met in January in the ancient Portuguese town of Coimbra to take part in the International Workshop on Top Quark Physics, TOP2006.
The Japanese-European ASACUSA team at CERN has measured the antiproton-to-electron-mass ratio to record-breaking accuracy.
In continuing CERN's long tradition in investigating and unravelling the spin structure of the nucleon, the COMPASS experiment is also pioneering new detection techniques.
This book is invaluable for particle and nuclear physicists and comprises extensive lecture notes on non-perturbative quantum chromodynamics.
Having successfully fulfilled its mission to track down the quark contribution to the nucleon's spin, HERMES now aims at providing an even more complete picture of nucleon spin.
Erhard Steffens describes the various phases in a successful decade of operation of the HERMES gas target, which may live on with future use for antiproton polarization.