Gloria B. Lubkin
Abstract
After the Chinese government decided at the end of the last year to suspend work on its 50-GeV proton synchrotron, a research and development program for a smaller machine has been established at the Institute of High-Energy Physics in Peking. This smaller machine would be an electron–positron collider with 2.2 GeV in each beam.
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After the Chinese government decided at the end of the last year to suspend work on its 50-GeV proton synchrotron, a research and development program for a smaller machine has been established at the Institute of High-Energy Physics in Peking. This smaller machine would be an electron–positron collider with 2.2 GeV in each beam.
Key concepts: Collider, Physics, Nuclear physics, Proton Synchrotron, Large Hadron Collider, Work (physics), Proton, Synchrotron