Two teams take big steps forward in plasma acceleration
The high electric-field gradients that can be set up in plasma have offered the promise of compact particle accelerators since the late 1970s.
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The high electric-field gradients that can be set up in plasma have offered the promise of compact particle accelerators since the late 1970s.
It looks like a small black button, but in tests at Fermilab’s High-Brightness Electron Source Lab it has produced beam currents greater than those generated with a large laser system.
The LHC and ITER project share many technologies, providing a natural basis for collaboration.
Shake hands with Eleanor Blakely and you are only one handshake away from John Lawrence – a pioneer of nuclear medicine and brother of Ernest Lawrence, the Nobel-prize-winning inventor of the...
In early June, the Organisation for Economic Co-operation and Development (OECD) published their Global Science Forum (GSF) report, “The Impacts of Large Research Infrastructures on Economic Inn...
A look at what will be the world’s most powerful neutron source.
The Particle Training Network for European Radiotherapy (PARTNER) was established in 2008 to train young biologists, engineers, radio-oncologists and physicists in the various aspects of hadron...
The field of laser-induced relativistic plasmas and, in particular, laser-driven particle acceleration, has undergone impressive progress in recent years.
Résumé ICTR-PHE : unir la physique, la médecine et la biologie La conférence ICTR-PHE 2014 a réuni à Genève quelque 400 participants du monde entier venus discu...
The European Physical Society’s Technology and Innovation Group (EPS-TIG) was set up in 2011 to work at the boundary between basic and applied sciences, with annual workshops organized in col...