[Casa] Fwd: [EXTERNAL] ICFA Beam Dynamics Newsletter #82 "Advanced Accelerator Modelling" - JINST Special Issue

[Todd Satogata]

Dear CASA colleagues,

Here is the announcement of the latest ICFA Beam Dynamics Newsletter,
this one a special edition on advanced accelerator modeling. Apologies
to those who are already on the distribution. Cheers!

                                                 -Todd

======================================================================
Todd Satogata
Director, Center for Advanced Studies of Accelerators
Jefferson Lab
12000 Jefferson Avenue
Newport News, VA 23606
Cell: (631) 807-0674
======================================================================


-------- Forwarded Message --------
Subject: 	[EXTERNAL] ICFA Beam Dynamics Newsletter #82 "Advanced Accelerator Modelling" - JINST Special Issue
Date: 	Wed, 20 Oct 2021 00:01:09 +0000
From: 	Cai, Yunhai <yunhai at slac.stanford.edu>


Dear Colleagues,

We are glad to announce the*ICFA Beam DynamicsNewsletter#82*with the theme of "Advanced Accelerator Modelling". This is the fourthNewsletterpublished as a Special Issue in the*Journal of Instrumentation (JINST*):

https://iopscience.iop.org/journal/1748-0221/page/ICFA_Beam_Dynamics_Panel_Newsletters_Special_issue <https://urldefense.proofpoint.com/v2/url?u=https-3A__iopscience.iop.org_journal_1748-2D0221_page_ICFA-5FBeam-5FDynamics-5FPanel-5FNewsletters-5FSpecial-5Fissue&d=DwMGaQ&c=CJqEzB1piLOyyvZjb8YUQw&r=dIq8cz4YgVa2Aih38PrZRN5cw93h3eATC5eoxN7TuUk&m=cCCWGKoK9q76w_Z0of-JHiCHwPOP8Oi3SLSmaO3oCuMdOgoggIMS_ndZkH8LalrP&s=Qq6rI-T34O7y9tM9AxaQJxx71mFdgOzDbdhtUptrdrY&e=>

All articles in this special issue are free to read. We look forward to the benefits from the enhanced visibility and the possibility that individual articles published in this refereed journal can be referenced.

This issue of the ICFA Beam DynamicsNewsletterincludes contributions from many laboratories worldwide actively working on accelerator modeling. The newsletter includes 6 regular articles:

1) A. Scheinker, “Adaptive machine learning for time-varying systems: low dimensional latent space tuning”, 2021/JINST/*16*P10008,

2) R.M. Talman, “Superimposed electric/magnetic “dipole moment comparator” lattice design”, 2021/JINST/*16*P09006,

3) E. Métral, “Wake field, impedance and collective instability”, 2021/JINST/*16*P10009,

4) C.E. Mayes, “Computational approaches to Coherent Synchrotron Radiation in two and three dimensions”, 2021/JINST/*16*P10010,

5) J.-L. Vay/et al,/“Modeling of advanced accelerator concepts”, 2021/JINST/*16*T10003,

6) D. Sagan/et al,/“Simulations of future particle accelerators: issues and mitigations”, 2021/JINST/*16*T10002

Abstract: Accelerator modelling has become an essential ingredient in the modern accelerator and beam physics, propelled by ever increasing computing power in the past decades. In the new era of the Machine Learning (ML) and Artificial Intelligence (AI), it will become a dominant driving force in accelerator design, construction, and operation. To capture the trend, we will start with a comprehensive review of ML in particle accelerators, along with state-of-the-art applications 
includingadaptive learning. Then we will continue with many advanced and conventional topics: spin and dipole-moment dynamics, collective instabilities, and wakefield acceleration. Finally, we will conclude the newsletter by general simulation of accelerators and mobile computing in the future, addressing critical issues of standardization, validation, user interface, and graphical processing unit and parallel computing.

Besides the regular topic articles, the issue contains Editorial with recent Ph.D. thesis abstracts, summaries

of the past and forthcoming beam dynamics events, book reviews and announcements of the ICFA Beam Dynamics Panel.

Best regards,

Yunhai Cai and Ingo Hofmann,

Editors of ICFA BDNewsletter#82.