HEP GARD Accelerator and Beam Physics: Workshop #2, WG 2

22 Apr 2020, 13:00 → 23 Apr 2020, 18:00 US/Central

By Zoom

Jean-Luc Vay (Lawrence Berkeley National Laboratory), Timofey Zolkin (The Univercity of Chicago), Xiaobiao Huang (SLAC)

Timetable for WG2: Modeling and simulation tools

Conveners: J.-L. Vay (LBNL), T. Zolkin (Fermilab), X. Huang (SLAC)

Session 1: Wednesday, 4/22, Time: 1:00-4:00 Central

Session 2: Thursday, 4/23, Time: 1:00-4:00 Central

Workshop #2 link: https://indico.fnal.gov/event/22709/

Slides https://indico.fnal.gov/event/24124/contribution/0/material/slides/0.pptx

Wednesday, 22 April

1 Introduction

Speaker: Jean-Luc Vay (Lawrence Berkeley National Laboratory)

Slides WG2-intro.pdf

2 Analytical methods on nonlinear lattice design

Speakers: Stanislav Baturin, Timofey Zolkin

Slides Baturin_GRAD_workshop_04222020.pptx

3 Stochastic ODEs for Spin-Orbit Dynamics of Polarized e+ e- Beams

Speaker: Klaus Heinemann (University of New Mexico)

Slides Fermilabtalk6.pdf

4 Adjoint Methods Applied to Accelerator Lattices

Speaker: Thomas Antonsen (University of Maryland)

Slides Adjoint_TMA.pptx

14:25 Break

5 Modeling of intense beams

Speakers: Prof. John Cary (University of Colorado), ji qiang (LBNL)

Slides HepGardWG2ModelingIntenseBeamsCary20200422.pdf

6 Numerical tools in accelerator simulations

Speakers: Dr Eric Stern (FNAL), Li Fei (UCLA)

Slides Numerical_T_ools_Stern.pptx

15:35 Discussion

Thursday, 23 April

7 Numerical challenges in the modeling of highly nonlinear rings with intense space charge / Beam Equilibria and Halo Mitigation Mechanisms for Intense Beams

Speakers: Chad Mitchell (Lawrence Berkeley National Laboratory), Kirad Sonnad (Tech-X Corporation)

Slides GARD_ABP_W2_Mitchell&Sonnad.pdf

8 CSR modeling and 3D analysis

Speakers: Dr Robert Ryne (LBNL), Dr Yunhai Cai (SLAC)

Slides CSR_V4.pptx

9 Designing structured plasmas for next generation hadron and lepton accelerators

Speaker: Dr Nathan Cook (RadiaSoft)

Slides Cook_GARD_WG2.pdf

10 Simulation tools for beam-induced energy deposition effects

Speaker: Dr Nikolai Mokhov (Fermilab)

Slides GARD_Modeling_Mokhov_Apr2020.pptx

14:40 Break

11 Virtual accelerator, high-performance computing, standards / A collaborative approach to meeting beam physics grand challenges via open source cloud computing

Speakers: Dr David Bruhwiler (RadiaSoft LLC), Jean-Luc Vay (Lawrence Berkeley National Laboratory)

Slides GARD_ABP_WG2_VayBruhwiler.pdf

15:20 Discussion

12 Discussion contributions

Speaker: Prof. John Cary (University of Colorado)

HepGardOpenSourcePubPrivate20200423.pdf