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Conference talks & papers
IPAC'26
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Europe/Paris
Deaville, France
Deaville, France
Description
IPAC is the premier annual gathering for the global accelerator community, bringing together scientists, engineers, and industry professionals from around the world. This conference is a unique opportunity to explore the latest breakthroughs in accelerator research and development, as well as to receive updates on current and future accelerator facilities.
The 2026 edition of IPAC is hosted by the GANIL laboratory in collaboration with CEA, CNRS, Synchrotron SOLEIL, and ESRF. These organisations are renowned for their expertise in the design, construction and operation of a wide variety of particle accelerators and innovative accelerator technologies.
Event webpage:
https://www.ipac26.org/#0
Contributions list:
https://indico.jacow.org/event/95/contributions/
Conference talks and papers published or accepted for publication which are relevant for iSAS: see documents attached and linked below
Publications pending peer-review:
M. Herrmann et al., “Detuning Estimation for a doubly-fed Normal Conducting Gun", presented at the IPAC'26, Deauville, France, May 2026, paper WEP6148
B. Richter et al., “Narrowband Active Noise Control for Continuous for Continuous Wave Operation of TEsla Cavities", presented at the IPAC'26, Deauville, France, May 2026, paper 6149
J. S. Romero Jiménez, et al. “SRF cavity detuning characterization by continuous wavelet transform: a time-frequency analysis”, presented at the IPAC'26, Deauville, France, May 2026, paper 7036
M. Baylac, et al. "Innovate for sustainable accelerator systems: main progress of the iSAS project", presented at the IPAC'26, Deauville, France, May 2026
Talks
* M. Baylac, Innovate for Sustainable Accelerator Systems - iSAS (TUI7T01)
* A. Fomin, Beam Dynamics Challenges and Optics Development for the PERLE Multi-Turn ERL(WEO5M01)
Posters
* Time-Frequency Analysis for SRF Cavity Detuning Characterization by Continuous Wavelet Transform from J. Romero Jiménez (MOP7036)
* Detuning estimation for a doubly-fed normal-conducting gun, M. Herrmann (WEP6148)
* Narrowband Active Noise Control for TESLA Cavities in cw, B. Richter (WEP6149)
* Nb3Sn on Cu SRF cavities R&D from C. Pira (MOP7030)
* Dielectric Characterization of BLA Samples for Next-Generation High Intensity Electron Beam SRF Accelerators, from A. Perez Ruiz (SUP7003)
* Recirculation modelling for ERL, T. Pieloni (WEP5145)