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Jülicher Kolloquium: Future Accelerators for Particle Physics and Photon Science

Dr. Ralph W. Aßmann (DESY, Hamburg)

Anfang
05.09.2014 14:00 Uhr
Ende
05.09.2014 15:30 Uhr
Veranstaltungsort
Forschungszentrum Jülich, großer Hörsaal (Zentralbibliothek, Gebäude 04.7)

Particle accelerators based on radio frequency systems have been a remarkable success story since they were proposed 90 years ago by Ising and demonstrated experimentally in Aachen by Wideröe. Today there are some 30,000 accelerators world-wide, from small industrial accelerators to the Large Hadron Collider, one of mankind's largest machines. The maximum beam energy in particle accelerators has for many years followed an exponential increase with time, the so-called Livingston curve. However, progress has slowed down significantly over the last years. At the same time the new technology of plasma-based electron accelerators has emerged with exponential progress since 1980. Acceleration lengths are a factor 100-1000 shorter than in conventional accelerators. Plasmas excited by industrially available lasers have produced accelerating gradients of up to 100 GV/m and electrons at energies up to 4.25 GeV, promising a revolution in the way accelerators are built. Much more compact and cost-effective accelerators can be imagined. The potential of this technology is discussed. National and international activities are summarized. Special emphasis will be placed on the Helmholtz Accelerator Research & Development (ARD) program and the common plans of seven Helmholtz centers and institutes towards a distributed ARD test facility. This common activity is aimed at plasma accelerators with adequate beam quality for users, an achievement that would be a quantum leap in accelerator technology.

Der Vortrag ist in englischer Sprache.

Der Eintritt zu dieser Veranstaltung ist frei.

Zu diesem Vortrag lädt ein
Prof. Dr. Markus Büscher
im Namen des Wissenschaftlich-Technischen Rates des Forschungszentrums Jülich

 Future Accelerators for Particle Physics and Photon Science (PDF, 295 kB)


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