Arrival and registration at ESI Office and Accommodation

Presentation of ESI & Building visit

• Hans Falk Hoffmann (European Scientific Institute (FR))

Presentation of JUAS & Presentation of Students 2017

• Philippe Lebrun (CERN)

Relativity

• Heino Henke (Technische Universitaet Berlin)

History of Particle Accelerators (Seminar)

• Vittorio Vaccaro

Relativity

• Heino Henke (Technische Universitaet Berlin)

Relativity (tutorial)

• Heino Henke (Technische Universitaet Berlin)

Relativity

• Heino Henke (Technische Universitaet Berlin)

Electro-magnetism

• Heino Henke (Technische Universitaet Berlin)

Particle optics

• Jean-Marie De Conto

Particle optics

• Jean-Marie De Conto

Electro-magnetism

• Heino Henke (Technische Universitaet Berlin)

Electro-magnetism (tutorial)

• Heino Henke (Technische Universitaet Berlin)

Electro-magnetism

• Heino Henke (Technische Universitaet Berlin)

Particle optics

• Jean-Marie De Conto

Particle optics (tutorial)

• Jean-Marie De Conto

Particle optics (tutorial)

• Jean-Marie De Conto

European Projects for Collaborative Accelerator R&D

• Maurizio Vretenar (CERN)

Introduction to Accelerator Design

• Philip Bryant (CERN)

Introduction to Accelerator Design

• Philip Bryant (CERN)

Introduction to Accelerator Design

• Philip Bryant (CERN)

Introduction to Accelerator Design

• Philip Bryant (CERN)

Introduction to Accelerator Design

• Philip BRYANT

Introduction to Accelerator Design

• Philip Bryant (CERN)

Introduction to Mini-Workshop

• Philip Bryant (CERN)

Introduction to Mini-Workshop

• Philip Bryant (CERN)

VISIT AT CERN (Presentation of CERN and visit of SM 18) Bus leaves at 12:15 at JUAS. Lunch at CERN. Return scheduled at 19:00

Visit at ESRF. Bus leaves at 7:30 from JUAS. Lunch at ESRF. Return Scheduled at 18:00

Injection / Extraction (at ESRF)

• Thomas Perron (ESRF)

Injection / Extraction (at ESRF)

• Thomas Perron (ESRF)

Bus leaves at 17:00 from ESRF

Longitudinal Dynamics

• Elias Metral (CERN - BE/ABP)

Longitudinal Dynamics (tutorial)

• Benoit Salvant (CERN)
• Elias Metral (CERN - BE/ABP)

Longitudinal Dynamics

• Elias Metral (CERN - BE/ABP)

Linacs

• Jean-Baptiste Lallement (CERN)

Linacs

• Jean-Baptiste Lallement (CERN)

Linacs (tutorial)

• Jean-Baptiste Lallement (CERN)
• Veliko Atanasov Dimov (CERN)

LHC & Future High-Energy Circular Collider (Seminar)

• Frederick Bordry (CERN)

Linacs

• Jean-Baptiste Lallement (CERN)

Longitudinal Dynamics

• Elias Metral (CERN - BE/ABP)

Longitudinal Dynamics (tutorial)

• Elias Metral (CERN - BE/ABP)
• Benoit Salvant (CERN)

Longitudinal Dynamics

• Elias Metral (CERN - BE/ABP)

Linacs (tutorial)

• Jean-Baptiste Lallement (CERN)
• Veliko Atanasov Dimov (CERN)

Linacs (tutorial)

• Veliko Atanasov Dimov (CERN)
• Jean-Baptiste Lallement (CERN)

Longitudinal Dynamics

• Elias Metral (CERN - BE/ABP)

Longitudinal Dynamics

• Elias Metral (CERN - BE/ABP)

Longitudinal Dynamics

• Elias Metral (CERN - BE/ABP)

Cyclotrons

• Bertrand Jacquot

Cyclotrons (tutorial)

• Bertrand Jacquot

Cyclotrons

• Bertrand Jacquot

Cyclotrons

• Bertrand Jacquot

Cyclotrons

• Bertrand Jacquot

Cyclotrons (tutorial)

• Bertrand Jacquot

Longitudinal Dynamics

• Elias Metral (CERN - BE/ABP)

Longitudinal Dynamics (tutorial)

• Elias Metral (CERN)
• Benoit Salvant (CERN)

Longitudinal Dynamics (tutorial)

• Benoit Salvant (CERN)
• Elias Metral (CERN - BE/ABP)

Transverse Dynamics

• Andrea Latina (CERN - BE/ABP)

Transverse Dynamics

• Andrea Latina (CERN)

Transverse Dynamics (tutorial)

• Andrea Latina (CERN - BE/ABP)

Transverse Dynamics

• Andrea Latina (CERN - BE/ABP)

Introduction to MADX

• Guido Sterbini (CERN)

Free-Electron Lasers (Seminar)

• Eduard Prat Costa (PSI - Paul Scherrer Institute)

Transverse Dynamics

• Andrea Latina (CERN - BE/ABP)

Transverse Dynamics

• Andrea Latina (CERN - BE/ABP)

Transverse Dynamics (Tutorial)

• Dario Pellegrini (CERN and EPFL)
• Andrea Latina (CERN - BE/ABP)

MADX

• Hector Garcia Morales (Royal Holloway University of London (RHUL))
• Guido Sterbini (CERN - BE/ABP)
• Dario Pellegrini (CERN and EPFL)
• Andrea Latina (CERN - BE/ABP)

MADX

• Guido Sterbini (CERN)
• Hector Garcia Morales (Royal Holloway University of London (RHUL))
• Dario Pellegrini (CERN and EPFL)
• Andrea Latina (CERN)

Overview of the CERN accelerator complex (Seminar)

• Reyes Alemany Fernandez (CERN)

Transverse Dynamics

• Andrea Latina (CERN)

Transverse Dynamics

• Andrea Latina (CERN)

Transverse Dynamics (tutorial)

• Dario Pellegrini (CERN and EPFL)
• Andrea Latina (CERN - BE/ABP)

Transverse Dynamics

• Andrea Latina (CERN - BE/ABP)

Transverse Dynamics (tutorial)

• Dario Pellegrini (CERN and EPFL)
• Javier Resta Lopez (Instituto de Fisica Corpuscular (ES))
• Andrea Latina (CERN)

Space charge

• Mauro Migliorati (Universita e INFN, Roma I (IT))

Space charge

• Mauro Migliorati (Universita e INFN, Roma I (IT))

Space Charge

• Mauro Migliorati (Universita e INFN, Roma I (IT))

Space charge (tutorial)

• Mauro Migliorati (Universita e INFN, Roma I (IT))

MADX

• Andrea Latina (CERN)
• Hector Garcia Morales (Royal Holloway University of London (RHUL))
• Dario Pellegrini (CERN and EPFL)
• Guido Sterbini (CERN)

MADX

• Andrea Latina (CERN - BE/ABP)
• Dario Pellegrini (CERN and EPFL)
• Guido Sterbini (CERN - BE/ABP)
• Hector Garcia Morales (Royal Holloway University of London (RHUL))

Space Charge

• Mauro Migliorati (Universita e INFN, Roma I (IT))

Instabilities

• Mauro Migliorati (Universita e INFN, Roma I (IT))

Instabilities (tutorial)

• Mauro Migliorati (Universita e INFN, Roma I (IT))

Instabilities (Tutorial)

• Mauro Migliorati (Universita e INFN, Roma I (IT))

MADX

• Hector Garcia Morales (Royal Holloway University of London (RHUL))
• Andrea Latina (CERN)
• Dario Pellegrini (CERN and EPFL)
• Guido Sterbini (CERN)

MADX

• Dario Pellegrini (CERN and EPFL)
• Hector Garcia Morales (Royal Holloway University of London (RHUL))
• Guido Sterbini (CERN)
• Andrea Latina (CERN)

Synchrotron Radiation

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation

• Riccardo Bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation (tutorial)

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Future High-Energy Linear Colliders (Seminar)

• Louis Rinolfi (European Scientific Institute (FR))

Synchrotron Radiation

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation (tutorial)

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Synchrotron Radiation (tutorial)

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Linear imperfections

• Hannes Bartosik (CERN)

Linear imperfections

• Hannes Bartosik (CERN)

Linear imperfections

• Hannes Bartosik (CERN)

Linear Imperfections

• Hannes Bartosik (CERN)

Linear Imperfections

• Hannes Bartosik (CERN)

Linear imperfections (tutorial)

• Hannes Bartosik (CERN)

Laser Plasma Acceleration (Seminar)

• Ralph Wolfgang Assmann (Deutsches Elektronen-Synchrotron (DE))

Mini-workshop Machine Design

• Philip Bryant (CERN)

Mini-workshop Machine Design

• Philip Bryant (CERN)

Mini-workshop Machine Design

• Philip Bryant (CERN)

Mini-workshop Machine Design

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Mini-workshop Machine Design

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Mini-workshop Machine Design

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Non-linear effects

• Yannis Papaphilippou (CERN - BE/ABP)

Non-linear effects

• Yannis Papaphilippou (CERN - BE/ABP)

Non-linear effects

• Yannis Papaphilippou (CERN - BE/ABP)

Non-linear effects

• Yannis Papaphilippou (CERN - BE/ABP)

Presentation of Accelerator Design

• Philip Bryant (CERN)

Presentation of Light Source Design

• Riccardo bartolini (Diamond Light Source and John Adams Institute)

Preparation of Examinations

EXAMINATION. Synchrotron Radiation. Written session

EXAMINATION. Particle optics. Written session.

EXAMINATION. Longitudinal beam dynamics. Written session.

EXAMINATION. Linacs Written session.

EXAMINATION. Transverse beam dynamics. Written session.

Discussion Summary of JUAS lectures

Closing Reception JUAS course 1

Arrival and Registration at ESI office & Accommodation

Presentation of ESI & Building Visit

Presentation of JUAS & Presentation of students 2017

• Elias Metral (CERN - BE/ABP)

Introduction to CERN practical day (magnet, superconductivity)

• Jeremie Bauche (CERN)
• Jerome Fleiter (CERN)

Introduction to CERN practical day (RF, Vacuum)

Introduction to RF

• Andrea Mostacci (Sapienza University of Rome and INFN-Roma I)

Introduction to RF

• Andrea Mostacci (Sapienza University of Rome and INFN-Roma I)

Vacuum systems

• Vincent Baglin (CERN)

Vacuum systems

• Vincent Baglin (CERN)

RF Engineering

• Fritz Caspers (CERN)

RF Engineering

• Fritz CASPERS

Vacuum systems

• Vincent Baglin (CERN)

Vacuum systems

• Vincent Baglin (CERN)

Vacuum systems (tutorial)

• Vincent Baglin (CERN)
• Roberto Kersevan (CERN)

RF Engineering

• Fritz Caspers (CERN)
• Manfred Wendt (CERN)

RF Engineering (tutorial)

• Manfred Wendt (CERN)
• Fritz Caspers (CERN)

Accelerator Driven System (Seminar)

• Dirk Vandeplassche (SCK-CEN)

RF Engineering

• Fritz Caspers (CERN)

Vacuum systems

• Vincent Baglin (CERN)

Vacuum systems (tutorial)

• Vincent Baglin (CERN)
• Roberto Kersevan (CERN)

RF Engineering

• Fritz Caspers (CERN)

RF Engineering (tutorial)

• Manfred Wendt (CERN)
• Fritz Caspers (CERN)

RF Engineering

• Fritz Caspers (CERN)

RF Engineering

• Fritz Caspers (CERN)

RF Engineering (tutorial)

• Manfred Wendt (CERN)
• Fritz Caspers (CERN)

Visit at CERN. (LINACS visit, AD visit, CTF3, RF Measurements) Bus leaves at 11:30 at JUAS. Lunch at CERN. Visit at CERN. Return scheduled at 19:00.

Beam instrumentation

• Peter Forck

Beam instrumentation

• Peter Forck

Beam instrumentation

• Peter Forck

Beam instrumentation (tutorial)

• Peter Forck

Beam instrumentation (tutorial)

• Peter Forck

Beam instrumentation

• Peter Forck

Beam instrumentation

• Peter Forck

Beam instrumentation

• Peter Forck

Beam instrumentation

• Peter Forck

Superconducting RF Cavities

• Manfred Wendt (CERN)
• Fritz Caspers (CERN)

Superconducting RF Cavities

• Fritz Caspers (CERN)
• Manfred Wendt (CERN)

Superconducting RF Cavities

• Fritz Caspers (CERN)
• Manfred Wendt (CERN)

Building Large Accelerators with Industry (Seminar)

• Philippe Lebrun (CERN)

Beam instrumentation (tutorial)

• Peter Forck

Beam instrumentation (tutorial)

Beam instrumentation

• Peter Forck

Superconducting RF Cavities (tutorial)

• Fritz Caspers (CERN)
• Manfred Wendt (CERN)

Superconducting RF Cavities (tutorial)

• Manfred Wendt (CERN)
• Fritz Caspers (CERN)

Superconducting RF Cavities

• Fritz Caspers (CERN)

Visit at PSI. Bus leaves at 8:00 at JUAS. Lunch and dinner at PSI.

Visit PSI. Lunch at PSI. Return scheduled at 21:00.

Introduction to Magnets I

• Davide Tommasini (CERN)

Introduction to Magnets II

• Davide Tommasini (CERN)

Normal Conducting magnets

• Thomas Zickler (CERN)

Superconducting magnets

• Paolo Ferracin (CERN)
• Martin Wilson (Consultant)

Superconducting Magnets

• Paolo Ferracin (CERN)
• Martin Wilson (Consultant)

Normal Conducting magnets

• Thomas Zickler (CERN)

Normal Conducting magnets

• Thomas Zickler (CERN)

Superconducting magnets

• Martin Wilson (Consultant)
• Paolo Ferracin (CERN)

Superconducting magnets

• Paolo Ferracin (CERN)
• Martin Wilson (Consultant)

Superconducting magnets: cryogenics

• Philippe Lebrun (CERN)

Superconducting magnets

• Martin Wilson (Consultant)
• Paolo Ferracin (CERN)

Normal Conducting magnets

• Thomas Zickler (CERN)

Normal Conducting magnets

• Thomas Zickler (CERN)

Normal Conducting magnets

• Thomas Zickler (CERN)

Mini-workshop Normal conducting magnets

• Jeremie Bauche (CERN)
• Thomas Zickler (CERN)

Mini-workshop Normal conducting magnets

• Jeremie Bauche (CERN)
• Thomas Zickler (CERN)

Mini-workshop Superconducting magnets

• Paolo Ferracin (CERN)
• Daniel Schoerling (CERN)
• Martin Wilson (Consultant)

MIni-workshop Superconducting Magnets

• Paolo Ferracin (CERN)
• Martin Wilson (Consultant)
• Daniel Schoerling (CERN)

Practical works at CERN, Bus leaves at 08:00 at JUAS. Lunch at CERN. RF, vacuum, magnets, superconductivity, beam measurements. Return scheduled at 18:30.

• Davide Gamba (John Adams Institute for Accelerator Science (GB))
• Fritz Caspers (CERN)
• Manfred Wendt (CERN)
• Paolo Chiggiato (CERN)
• Roberto Kersevan (CERN)
• Jeremie Bauche (CERN)
• Jerome Fleiter (CERN)

Pactical works at CERN, Bus leaves at 08h00 at JUAS. Lunch at CERN. RF, vacuum, magnets, superconductivity, beam measurements. Return scheduled at 18h30.

• Wilfrid Farabolini (CEA/IRFU,Centre d'etude de Saclay Gif-sur-Yvette (FR))
• Davide Gamba (John Adams Institute for Accelerator Science (GB))
• Jerome Fleiter (CERN)
• Fritz Caspers (CERN)
• Manfred Wendt (CERN)
• Paolo Chiggiato (CERN)
• Roberto Kersevan (CERN)
• Jeremie Bauche (CERN)

Particle Sources

• Thomas Thuillier (CNRS-IN2P3)

Particle Sources

• Thomas Thuillier (CNRS-IN2P3)

Particle Sources

• Thomas Thuillier (CNRS-IN2P3)

Particle Sources (tutorial)

• Thomas Thuillier (CNRS-IN2P3)

Particle Sources

• Thomas Thuillier (CNRS-IN2P3)

From methodology of inventiveness to applications of plasma acceleration (Seminar)

• Andrei Seryi (University of Oxford (GB))

Low Energy Electron Accelerators

• wim mondelaers (EC-JRC-IRMM)

Low Energy Electron Accelerators

• wim mondelaers (EC-JRC-IRMM)

Low Energy Electron Accelerators

• wim mondelaers (EC-JRC-IRMM)

Accelerators for industrials and medical applications

• Wiel Kleeven

Accelerators for industrials and medical applications

• Wiel Kleeven (I)

Accelerators for industrials and medical applications

• Wiel Kleeven (I)

Visit and experimental works at BERGOZ instrumentation.

Life-cycle and reliability of particle accelerators

• Samuel Meyroneinc (Institut Curie)

Life-cycle and reliability of particle accelerators

• Samuel Meyroneinc (Institut Curie)

Life-cycle and reliability of particle accelerators

• Samuel Meyroneinc (Institut Curie)

Therapeutic Applications at Geneva Hospital. Bus leaves at 13:30.

• R. Miralbell

Radiation Oncology Biology and Physics Clinical Applications

• Raymond Miralbell (University Hospital of Geneva)

Therapeutic Applications at Geneva Hospital. Return scheduled at 18:00.

High Current Proton Linacs

• Sebastien Bousson (IPNO)

High Current Proton Linacs

• Sebastien Bousson (CNRS/IN2P3/IPN Orsay)

High Current Proton Linacs

• Sebastien Bousson (CNRS/IN2P3/IPN Orsay)

Radiation safety

• Xavier Queralt (STFC-RAL)

Radiation safety

• Xavier Queralt (STFC-RAL)

Radiation safety

• Xavier Queralt (STFC-RAL)

Presentation of reports on practical work

Presentation of reports on practical work

Preparation of Examinations

EXAMINATION. Beam Instrumentation. Written session.

EXAMINATION. Particle sources. Written session.

EXAMINATION. RF. Written session.

EXAMINATION. Vacuum systems. Written session.

EXAMINATION. Magnet. Written session.

Discussion and Summary of JUAS lectures

Closing Reception JUAS Course 2 - END OF THE SCHOOL 2017

Space Projects (Seminar organized by ESIPAP)

• Isabelle Rongier
• Jan Droz

Space Projects (Seminar organized by ESIPAP)

• Jan Droz
• Isabelle Rongier

Closing Reception ESIPAP Module 2

Space Projects (Seminar organized by ESIPAP)

• Jan Droz
• Isabelle Rongier