Speaker
Description
SuperKEKB, a high-luminosity electron–positron collider with a single interaction point, is currently in an active performance ramp-up phase towards its design parameters. Achieving the target luminosity requires, among others, a detailed understanding and control of the machine’s non-linear optics. Amplitude detuning constitutes one of the key diagnostics for characterizing non-linear optics aberrations and helps guiding the optimisation of magnet settings and correction schemes. This contribution presents amplitude-detuning studies performed at SuperKEKB, comparing different measurement approaches at different machine conditions. The results provide new insights into the non-linear regime and support the ongoing effort to refine the optics model and improve collider performance during the ramp-up phase.
| In which format do you inted to submit your paper? | LaTeX |
|---|