4th International School on Beam Dynamics and Accelerator Technology

Asia/Tokyo
Fully online

Fully online

Masao KURIKI (Hiroshima Univ.)
Description

Welcome to ISBA21!!

This is the 4th international school on Beam Dynamics and Accelerator Technology (ISBA21). Particle accelerator has been a powerful thrust on scientific studies. The accelerator was used solely for nuclear and particle physics for the first several decades, but the usage was spread out to wider fields soon. That includes not only other physics field such as material physics, but also chemistry, biology, humanity, industrial and medical applications, etc. Due to the wide variety of the accelerator usage, there is a strong demand for accelerator physicist and engineer from academic and industrial sectors. On the other hand, opportunity to study foundations of accelerator which include beam dynamics, accelerator design, key technologies, is very limited. ISBA has been organized providing such opportunity to graduate students and young researchers in Asian region. 
The school curriculum is composed from two parts. One is foundations and the latest status of the beam dynamics and accelerator technology. Another part is the latest accelerator project based on the state of the art accelerator technology. 
The school can be a gateway entering further advanced studies on the accelerator for graduate students and young researchers in Asian region. Hiroshima university is one of the few universities in Japan which has the graduate school for accelerator study; Accelerator physics group [1] and Beam physics group [2] in Graduate school for Advanced sciences and technology, and HiSOR light source group [3] have PhD courses with accelerator physics and technology. It is our honor to host the 4th International school on Beam Dynamics and Accelerator Technology.
ISBA21 will be held remotely from 21 – 27 Feb. 2022. The lecture will be conducted by Zoom. Spatial chat is also used to facilitate communication among students and with the instructor. Although we will not be able to conduct a laboratory visit, we will use information technology to create a virtual tour that might be more meaningful than an actual visit. We are also considering a project to experience the history and culture of Hiroshima.
A student session is planned for student participation. In the student session, students will present and discuss their own research and topics of interest. This session will also be important to promote communication.
 



The subjects are:

Lectures

  • Accelerator in Modern Science
  • Foundation of Beam dynamics
  • Foundation of Synchrotron and storage ring
  • Foundation of Linear Accelerator 
  • Foundation of Collider
  • Foundation of RF technology and NC Accelerator
  • Foundation of Super Conducting Technology for Accelerator
  • Foundation of FEL
  • Synchrotron light source
  • Theoretical treatment of Linear accelerator
  • Accelerator application
  • Linear collider accelerator
  • Linear collider physics

Student session 

Social events

  • Virtual Tour to Laboratories
  • Virtual Tour on historic and scenic places

Contact:
Secretary Staff  ( Dietary request, etc)
E-Mail: isba21@ml.post.kek.jp

Masao KURIKI, School Organizer (Organization, Curriculum, etc)
E-Mail: mkuriki@hiroshima-u.ac.jp
Tel: +81-82-424-7035

Aryshev ALEXANDER, Vice School Organizer (Organization, Curriculum, etc)
E-Mail: alar@post.kek.jp

    • 1
      Opening of the school & Photo session
    • 2
      Accelerator in Modern Scicence
      Speaker: Prof. Masao KURIKI (Hiroshima U.) (Hiroshima Univ.)
    • Chair: Alexander Aryshev (KEK)
    • 1:10 PM
      Break
    • Chair: Alexander Aryshev (KEK)
    • 3
      Foundation of Normal conducting accelerator 1
      Speaker: Prof. Masao KURIKI(Hiroshima U.) (Hiroshima Univ.)
    • 2:25 PM
      Long Break
    • Chair: Alexander Aryshev (KEK)
    • 4
      Foundation of Normal conducting accelerator 2
      Speaker: Prof. Masao KURIKI(Hiroshima U.) (Hiroshima Univ.)
    • 4:25 PM
      Break
    • 5
      Beam Dynamics 1
      Speaker: Yujong Kim (KAERI)
    • Chair: M. Kuriki (Hiroshima U.)
    • 5:40 PM
      Break
    • 6
      Beam Dynamics 2
      Speaker: Yujong Kim (KAERI)
    • Chair: M. Kuriki (Hiroshima U.)
    • Chair: Alexander Aryshev (KEK)
    • Communication session (3min. Self-introduction)
    • Chair: Gao Jie (IHEP)
    • 7
      Foundation of Linear Accelerator
      Speaker: Abhay Deshpande (SAMEER)
    • 1:00 PM
      Break
    • Chair: Abhay Deshpande (SAMEER)
    • 8
      Theoretical treatment of Linear Accelerator
      Speaker: Gao Jie (IHEP)
    • 2:15 PM
      Long Break
    • 9
      Accelerator Applications (ind. and med.)
      Speaker: Abhay Deshpande (SAMEER)
    • Chair: Gao Jie (IHEP)
    • 4:15 PM
      Break
    • Chair: M. Kuriki (Hiroshima U.)
    • 10
      Foundation of Synchrotron and storage ring 1
      Speaker: K. Yokoya (KEK)
    • 5:30 PM
      Break
    • Chair: M. Kuriki (Hiroshima U.)
    • 11
      Foundation of Synchrotron and storage ring 2
      Speaker: K. Yokoya (KEK)
    • Chair: Yujong Kim (KAERI)
    • Communcation session (3 min self-introduction)
    • Chair: Prof. Masao KURIKI (Hiroshima U.)
    • 12
      Synchrotron light source (3rd and 4th)
      Speaker: J. Chen (NSRRC)
    • 1:00 PM
      Break
    • Chair: Yujong Kim (KAERI)
    • 13
      Synchrotron light source (3rd and 4th)
      Speaker: J. Chen (NSRRC)
    • 2:15 PM
      Long Break
    • Chair: Yujong Kim (KAERI)
    • 14
      Synchrotron light source (3rd and 4th)
      Speaker: J. Chen (NSRRC)
    • 4:15 PM
      Break
    • Chair: Alexander Aryshev (KEK)
    • 15
      Foundation of Superconducting accelerator 1
      Speaker: T. Saeki (KEK)
    • 5:30 PM
      Break
    • Chair: Alexander Aryshev (KEK)
    • 16
      Foundation of Superconducting accelerator 2
      Speaker: T. Saeki (KEK)
    • Chair: M. Kuriki (Hiroshima U.)
    • Virtual excursion 1 (Miyajima shrine and Shimanami road)
    • 17
      Beam Dynamics 3
      Speaker: Yujong Kim (KAERI)
    • Chair: J. Chen (NSRRC)
    • 1:00 PM
      Break
    • 18
      Beam Dynamics 4
      Speaker: Yujong Kim (KAERI)
    • Chair: J. Chen (NSRRC)
    • 2:15 PM
      Long Break
    • Chair: Yujong Kim (KAERI)
    • 19
      Linear colliders
      Speaker: Prof. Masao KURIKI(Hiroshima U.) (Hiroshima Univ.)
    • 4:15 PM
      Break
    • Chair: M. Kuriki (Hiroshima U.)
    • 20
      Spallation Neutron Source
      Speaker: Shin-ichiro MEIGO (JAEA) (J-PARC/JAEA)
    • 5:30 PM
      Break
    • Chair: M. Kuriki (Hiroshima U.)
    • VR tour 1: (STF, ERL)
    • Chair: M. Kuriki (Hiroshima U.)
    • VR tour 1: (Tohoku ELPH)
    • Chair: Alexander Aryshev (KEK)
    • 21
      ILC and CLIC physics
      Speaker: Prof. Masao KURIKI(Hiroshima U.) (Hiroshima Univ.)
    • 1:00 PM
      Break
    • Chair: M. Kuriki (Hiroshima U.)
    • 22
      Foundation of Colliders 1
      Speaker: K. Yokoya (KEK)
    • 2:15 PM
      Long Break
    • Chair: M. Kuriki (Hiroshima U.)
    • 23
      Foundation of Colliders 2
      Speaker: K. Yokoya (KEK)
    • 4:15 PM
      Break
    • Chair: Yujong Kim (KAERI)
    • 24
      Foundation of FEL 1
      Speaker: T. Tanaka (Riken/Sp8)
    • 5:30 PM
      Break
    • Chair: Yujong Kim (KAERI)
    • 25
      Foundation of FEL 2
      Speaker: T. Tanaka (Riken/Sp8)
    • Virtual excursion 2 (Matsushima, Sendai)
    • 26
      Beam Diagnostic technique 1
      Speaker: Alexander Aryshev (KEK)
    • Chair: J. Chen (NSRRC)
    • 1:00 PM
      Break
    • 27
      Beam Diagnostic technique 2
      Speaker: Alexander Aryshev (KEK)
    • Chair: J. Chen (NSRRC)
    • 2:15 PM
      Long Break
    • Chair: Alexander Aryshev (KEK)
    • 28
      Low emittance electron injector
      Speaker: O. Tanaka (KEK)
    • 4:15 PM
      Break
    • Chair: Abhay Deshpande (SAMEER)
    • 29
      Hadron therapy
      Speaker: Tanuja Dixit (SAMEER)
    • 5:30 PM
      Break
    • Chair: M. Kuriki (Hiroshima U.)
    • Virtual excursion 3 (Izumo, Matsue, Tokyo)
    • Chair: Gao Jie (IHEP)
    • 30
      Coherent optical vortex generation based on seeded free electron lasers
      Speaker: Hao Sun (SINAP) (SINAP)
    • 31
      Terahertz radiation generation based on advanced beam manipulation technology
      Speaker: Yin Kang (U. of CAS) (U. of CAS)
    • 32
      On-Line Optimization Algorithm for High-Gain Free Electron Lasers
      Speaker: Meng Cai (U. of CAS) (U. of CAS)
    • 33
      Improving the performance of an ultra-short soft x-ray free-electron laser via attosecond afterburners
      Speaker: Lingjun Tu (SINAP ) (SINAP )
    • 1:00 PM
      Break
    • Chair: Yujong Kim (KAERI)
    • 34
      Spin-Polarized Electron Beam Development
      Speaker: Zachary Liptak (Hiroshima U.) (Hiroshima U.)
    • 35
      Principle and Design of Debuncher
      Speaker: Yao Yang (IHEP) (IHEP)
    • 36
      Beam loading compensation on capture linac of e-driven positron source
      Speaker: Shun Konno (Hiroshima U.) (Hiroshima U.)
    • 37
      Round to flat beam manipulation for electron gun
      Speaker: Wei Chen (U. of CAS) (U. of CAS)
    • 2:15 PM
      Long Break
    • Chair: Alexander Aryshev (KEK)
    • 38
      Transverse Reonance Island Buckets Operation in PLS-II
      Speaker: KiMoon Nam (POSTECH ) (POSTECH )
    • 39
      Lattice Design for Future Plan of UVSOR
      Speaker: Elham Salehi (UVSOR)
    • 40
      Single-shot measurement of the beam transverse space space
      Speaker: Yutao Han (Shanghai Tech U.) (Shanghai Tech U.)
    • 41
      Concept of intensity measurement method of charged particle beam distribution
      Speaker: Anna Grigorieva (Tomsk Polytechnic U.) (Tomsk Polytechnic U.)
    • 4:15 PM
      Break
    • 42
      A Study on the Ion Beam Facility Based on the Metal Vapor Vacuum Arc Ion Source
      Speaker: Seung Ho Lee (KAERI) (KAERI)
    • Chair: Abhay Deshpande (SAMEER)
    • 43
      Neutron and photon induced cross section measurements for the production of medical isotopes of strontium
      Speaker: Theodore Ganesapandy (Savitribai Phule Pune U.) (Savitribai Phule Pune U.)
    • 44
      High Power RF Distribution System for International Linear Collider
      Speaker: Prakash Joshi (SOKENDAI) (SOKENDAI)
    • 45
      RF photoinjector modeling and machine learning optimization in NSRRC
      Speaker: Chun-Yan Lin (National Tsing Hua U. )
    • 5:30 PM
      Break
    • Chair: M. Kuriki (Hiroshima U.)
    • Closing
      Convener: Prof. Masao KURIKI (Hiroshima Univ.)