
New results mark progress towards polarized ion beams in laser-induced acceleration
The field of laser-induced relativistic plasmas and, in particular, laser-driven particle acceleration, has undergone impressive progress in recent years.
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The field of laser-induced relativistic plasmas and, in particular, laser-driven particle acceleration, has undergone impressive progress in recent years.
Elaborate alterations to the Schwerionensynchrotron (SIS) – the heavy-ion synchrotron at GSI – have finished after one year’s work.
Neutrons are a common by-product of particle-accelerator operations.
On 14 November, a beam of negative hydrogen ions was successfully accelerated for the first time to 3 MeV in Linac4.
When the CERN Council approved the updated European Strategy for Particle Physics at a special meeting in Brussels last May, it recognized the High Luminosity LHC (HL-LHC) project as the top priority ...
The EuCARD project ends with most of its ambitious objectives fulfilled.
A series of upgrades will deliver many more protons.
Christine Sutton reviews in 2013 Reviews of Accelerator Science and Technology: Volume 5 – Applications of Superconducting Technology to Accelerators.
Résumé Champs de sillage plasma à l’échelle du téra Il y a 30 ans, John Lawson, du Laboratoire Rutherford Appleton, menait une étude de conception concernant u...
Résumé AWAKE : des hautes énergies en un clin d’œil L’accélération par champ de sillage plasma entraînée par des protons pourrait permettre l’...