JUAS ADVISORY BOARD meeting

JUAS ADVISORY BOARD meeting Louis Rinolfi

23rd and 24th April 2014

Louis NéelPhysics Nobel Prize, 1970First President of INPG in 1971

Thanks to

F. Demolis, M. Gauthier, M. Romand and H. Hoffmann for ESI supportM. Bozzo, M. Martini and E. Métral for JUAS supportJ.M. De Conto, E. Merle-Lucotte and J.L. Revol for the local organization

10th April 2014

Agenda for JUAS annual meeting

23rd and 24th April 2014

Grenoble University - France -

Wednesday 23rd April:

12h: Lunch together 14h:

1 Welcome (E. Merle-Lucotte) 2 Presentation of ESI (H. Hoffmann) 3 Brief history of JUAS 4 JUAS 2013 Minutes (Berlin) + follow-up actions 5 Review of JUAS Advisory Board members 6 Round table of partner universities (all representatives) 7 Review of professors and assistants JUAS 2014 8 Review of JUAS students 2014

Coffee break 9 Presentation of the course 1: “Sciences & Physics of Particle Accelerators” 10 CERN and ESRF visits (course 1) 11 Examination results of the course 1 12 Oral exam for students who fail the written exam 13 Presentation course 2: “Technology & Applications of Particle Accelerators” 14 CERN, PSI and Geneva hospital visits (course 2) 15 Practical days at CERN and at Bergoz 16 Examination results of the course 2 17 JUAS certificates (examination and attendance) 18 ECTS (European Credit Transfer System) 19 Evaluations received from students (for lecturers)

Thursday 24th April

9h: 1 Agreement between JUAS and Universities (all representatives) 2 Oxford university and JAI (A. Seryi) 3 Paris Sud Orsay and future Paris Saclay university (P. Puzo) 4 Possible contributions from universities (all representatives)

Coffee break 5 Review of JUAS sponsors (W. Decking, J. Enders, A. Faus-Golfe, P. Forck, T.

Garvey, M. Migliorati, J.L. Revol, C. Welsch) 6 JUAS in the community of Particle Accelerators

- Cluster (J. Enders) - IPAC 2014 - TIARA - IoP - SFP

7 Computing support for JUAS 8 JUAS Web site (Programmes, Indico, Job opportunities…) 9 Meeting of all lecturers at CERN 10 Proposals for improvements in 2015

14h: 11 Lodging facilities and transportation in Archamps (M. Gauthier) 12 Evaluations received from students (for ESI) (M. Gauthier) 13 JUAS budget (M. Gauthier) 14 Application Form for students (M. Gauthier) 15 JUAS brochure (M. Gauthier) 16 JUAS Poster 2015 (M. Gauthier)

Coffee break 17 JUAS 2014: 20 years celebration on Friday 25th April at LPSC 18 Place (University) for the Advisory Board meeting in 2015 19 Tentative date for the JUAS annual meeting 2015 20 A.O.B.

19h: Dinner together at restaurant “Le Pèr ’Gras” - La Bastille

Welcome

by Elsa Merle-Lucotte

Presentation of ESI

by Hans Hoffmann

Hans HoffmannESI President

Gunther Hartmann & Manjit Dosanjh

ESMP co-Directors

Louis RinolfiJUAS Director Marie Gauthier

Administrator

Marjorie RomandAssistant

Filiz DemolisAssistant

Manfred Buhler-BroglinESI Deputy

Elias MetralJUAS Deputy

Johann CollotESIPAP Director

Bâtiment Mont Blanc 161 rue Antoine RedierArchamps TechnopoleF-74166 Saint-Julien-en-Genevois CedexTél: +33 4 50 31 50 10

3 schools:

1) JUAS: Joint Universities Accelerator School2) ESIPAP: European School of Instrumentation for Particle and Astroparticle Physics 3) ESMP: European School of Medical Physics

ESI PresidentsESI (European Scientific Institute) was founded in 1994 at Archamps – Haute-Savoie – France as infrastructure to enable “administratively” the school JUAS on request of the President of INPG (12/1992) and supported by a Cluster of European Universities (INPG, TH Darmstadt, Universität Karlsruhe, Université Joseph Fourier Grenoble) and CERN (SPC 3 May 1994)

1994 – 1999 : Denis Linglin

1999 – 2002 : Giorgio Brianti

2002 – 2012: Manfred Buhler-Broglin

2013 – 2014: Hans Hoffmann

ESI Presidents :

JUAS Directors

JUAS started in 1994 at Archamps – Haute-Savoie – France.

1994 – 2000 : Marcelle Rey-Campagnolle

2001 – 2005 : Joël Le Duff

2006 – 2010 : François Méot

2011 – 2014: Louis Rinolfi

JUAS Directors :

JUAS logos

1994 - 2011

2011 - 2014

From 2014

T. Kehrer / CERN

V. Guyony / Indélébile Création

M. Rey-Campagnolle / ISN

JUAS Poster 2014

Minutes Advisory Board 2013 Berlin University

After discussion, the decisions of the Advisory Board are:1) Continue to apply specific (good) conditions to students coming from partner universities2) Priority should be given to students coming from partner universities, then from European universities, then from anywhere in the world.=> Done

3) Review the status of the present partner universities.=> Will be done at this meeting

Among the present JUAS partner universities, what is the expected future for the Accelerator Physics and related students following JUAS courses?Three categories have emerged:a) Universities with very low probability sending students to JUAS in the near future:b) Universities with high probability sending students to JUAS in the near future:c) Universities which sent students every year and plan to continue in the near future::=> Update will be done at this meeting

Follow-up actions

Agreement between Universities and ESI-JUASThe decisions of the Advisory Board are:The members of the Advisory board agree on this proposal, with the corrections to be made. The objective is to propose to the JUAS partner universities to sign it as soon as possible. The new agreement should be sent to the present JUAS partner universities which didn’t sign yet the agreement=> Done

After having reviewed the evaluation marks of Stephan, the Advisory Board requests to change the lecturer for 2014=> Done

Louis presents the JUAS website. Terry and Peter suggest putting some pictures of JUAS groups.=> Done

Decision: for the year to come the members agree to distribute two check lists per day (one in the morning and one in the afternoon)=> Done

Collaboration with CAS and USPASIn the present context, ESI would need resources (people) to manage another JUAS school during the year. (Hans)The solution could be to make at least a simulation of this project for a “summer JUAS” to get an answer if it is “manageable” for 2014.=> Not done

Vittorio notes that it could be useful to ask to the JUAS students their agreement that their contacts might be communicated to laboratories, partners … => Done

Terry asks if we have a feed back to this date on what the JUAS students became after their participation to the school=> Not done

ESIPAPA new school is foreseen to open in January 2014 and running in parallel with JUAS in the same institute (ESI), with 15 students expected for the first year. Advantages:- Synergy between students- Possible common courses Disadvantages:Overload for the secretariat (management)Possible interactions for the computing room Same sources for sponsors

The Advisory Board members advise that 2 schools should stay separated on the dates. Now, it is up to ESI to decide to try it this way.Hans precise that the main goal for ESI is to keep the same quality for JUAS, and not to penalizing the schools already existing. Sponsors will also be at stake with a possible synergy, but JUAS should not share its sponsorship.

=> First ESIPAP school in 2014 with 7 students (course 1) + 2 students (course 2)

=> Positive feed-back but the main impact is overload for the secretariat (management)

Review of Advisory Board members 2014

Universities Since Members of Advisory Board in 2014Université Joseph Fourier Grenoble (UJF) 1994 Jean-Marie De Conto

Technische Universität Darmstädt 1994 Joachim Enders

Karlsruher Institut fur Technologie (KIT) 1994 Anke-Susanne Müller

Grenoble INstitut Polytechnique (Grenoble INP) 1994 Elsa Merle-Lucotte

Universitat Autonoma de Barcelona (UAB) 1994 Youri Koubychine

Universidad degli studi di Napoli “Federico II” 1994 Vittorio Vaccaro

Universitat Politècnica de Catalunya (UPC) 1994 Antoni Mendez

Università degli studi di Roma “La Sapienza” 1994 Mauro Migliorati

Università degli studi di Genova 2002 Marco Bozzo

Technische Universität Berlin 2002 Heino Henke

Universitat de Valencia 2002 Angeles Faus-Golfe

University of Liverpool 2011 Carsten Welsch

Université Paris-Sud Orsay 2012 Patrick Puzo

University of Rostock 2013 Ursula van Rienen

University of Oxford 2014 Andrei Seryi

15 European Universities partners

Institutes Members of Advisory Board

ESI President Hans Hoffmann

ESI administrator Marie Gauthier

JUAS Director Louis Rinolfi

JUAS Deputy Director Elias Métral

CAS Director (CERN Accelerator School) Roger Bailey

Oxford University Chris Prior

ESRF (European Synchrotron Radiation Facility) Jean-Luc Revol

PSI (Paul Scherrer Institute) Terry Garvey

GSI (GSI Helmholtzzentrum für Schwerionenforschung) Peter Forck

DESY (Deutsches Elektronen-Synchrotron) Winfried Decking

BNL (Brookhaven National Laboratory) François Méot

11 representatives from Institutes

Round table of partner universities

15 Universities 2012 2013 2014

Universitat Politècnica de Catalunya 0 0 0

Universitat Autònoma de Barcelona 0 1 1Technische Universität Darmstadt 4 5 4

Université Joseph Fourier Grenoble 0 1 1Institut National Polytechnique de Grenoble 2 3 5

Karlsruhrer Institute für Technologie 0 1 0

Università degli Studi di Napoli “Federico II” 0 0 0

Università degli Studi di Roma “La Sapienza” 12 9 9

Technische Universität Berlin 1 0 0

Università degli Studi di Genova 1 0 0Universitat de València 1 1 0

University of Liverpool 1 3 1

Universität Rostock 2 1 0

Université Paris Sud - Orsay not yet partner 3 1

Oxford university not yet partner not yet partner 0

JUAS students 2014 from partner universities

Status 2013 from partner universitiesAmong the present JUAS partner universities, what is the expected future for the Accelerator Physics and related students following JUAS courses? Three categories have emerged (Berlin-April-2013): a) Universities with very low probability sending students to JUAS in the near future:Berlin: the situation is complicated now that Heino is retired. The Engineering department has its own programs for Physics and does not plan to send students.Genoa: Marco precise that there is no department of Physics in Genoa, only Engineering. The willing of the University is not really to send students in others programs but to allow them to complete their degree in Genoa.Université Joseph Fourier Grenoble: The university has drastically reduced the teaching program about particle accelerator. Therefore no development is foreseen in the near future.Universitat Politècnica de Catalunya Barcelona: for many years no students came to JUAS. We expect that there is no specific future in the particle accelerator field. Unfortunately, we have no news from Francisco Calvino, representative of this university.

b) Universities with high probability sending students to JUAS in the near future:

Barcelona (UAB): the interest is still present trough ALBA project. Antoni thinks that UAB will send some students next year.Napoli: a few students should join JUAS next year.

c) Universities which sent students every year and plan to continue in the near future:

Roma: each year, roughly ten students are following JUAS courses. Darmstadt: there is a strong interest in the field which will still run for the years to come.

Liverpool: the interest from Liverpool is certain. The only situation there might be to manage the coexistence

between JUAS and the accelerator school Liverpool has already got. Paris-Sud Orsay: a new Master degree in “Grand Instruments” should be created next year. This is an important collaboration between the University, the CEA and Soleil.

KIT: the networking and international context of JUAS is a plus very attractive for KIT. Grenoble INP: a strong teaching program is on-going and each year several students are following the JUAS

courses. Valencia: An important department, related to particle accelerators, at this university, is working very well. Each

year, some students are coming from Valencia University. Rostock: this university has a department where particle accelerators are developing.Oxford: was not yet in the 2013 Advisory Board

What is the status today ?

Professors and assistants 2014

New professors 2014

Course 1:

Ricardo Bartolini (Oxford university - John Adams Institute) replaced Klaus Wille (decision took place at Advisory Board meeting in Berlin – April 2013)

Dario Pellegrini (CERN) assisted Guido Sterbini for MADX tutorials

Elena Benedetto (CERN) assisted Elias Metral for Longitudinal Beam tutorials

Jean-Baptiste Lallement (CERN) replaced Alessandra Lombardi for Linac courses.

Course 2:

Davide Tommasini (CERN) assisted S. Russenschuck for Magnet courses.

Paolo Ferracin (CERN) assisted M. Wilson for Superconducting magnet courses and tutorials Thomas Thuillier (LPSC) came back for Particle Sources courses

Wiel Kleeven (IBA) replaced Patrick Verbruggen for Applications of accelerators courses

Xavier Queralt (ALBA) replaced Paul Berkvens for Radiation safety courses

Professors / Assistants

Lecture Home

P. Bryant Introduction to Accelerators England

H. Henke Relativity & Electromagnetism University Berlin

J.M. De Conto Particle optics University J. Fourier

A. Latina / J. Resta Lopez /R. Alemany

Transverse Beam Dynamics CERN

G. Sterbini / D. Pellegrini MADX CERN

E. Métral / E. Benedetto Longitudinal Beam Dynamics CERN

J.B. Lallement / V. Dimov Linacs CERN

Y. Papaphilippou Linear imperfections + Non linear effects CERN

M. Migliorati Space charge + Instabilities University Roma

R. Bartolini Synchrotron radiations Oxford University

F. Chautard Cyclotrons GANIL

T. Perron Injection / Extraction ESRF

Professors and assistants 2014 – Course 1

Professors / Assistants

Lecture Home

F. Caspers / S. Federmann RF engineering including superconductivity CERN

P. Chiggiato / R. Kersevan Vacuum CERN

Tommasini / Russenschuck Magnets design CERN

T. Zickler / J. Bauche Normal conducting magnets CERN

M. Wilson / P. Ferracin Superconducting magnets Oxford Instruments

P. Forck Beam instrumentation GSI - Darmstadt

T. Thuillier Particle sources J. Fourier university

E. Zimoch Accelerator control PSI - Villigen

W. Mondelears Low energy electron accelerators Gent university

W. Kleeven Accelerators for industrial & medical appl. IBA - Belgium

S. Bousson High current proton linacs IN2P3/IPNO - Orsay

R. Miralbell Therapeutic applications HUG - Geneva

S. Meyroneinc Particle therapy and accelerators Institut Curie - Paris

X. Queralt Radiation safety ALBA - Barcelona

Professors and assistants 2014 – Course 2

Seminars in 2014 – Course 2

Seminars in 2014 – Course 1 Professors Lecture Home

L. Rinolfi High energy colliders CERN / JUAS

A. Degiovanni Accelerators for hadron therapy EPFL / Lausanne

Professors Lecture Home

R. Losito Effects of radiation in particle accelerators CERN

Overview of JUAS courses

Number of professors +

assistants

Lectures Tutorials Seminars

Total

Course 1 16 72 h 34 h 2 h 108 h

Course 2 19 63 h 24 h 1 h 88 h

Visits(CERN, ESRF,

PSI, HUG)

Practical works at

CERN

Practical works at BERGOZ

Grand total

Course 1 108 h 8 h - - 116 h

Course 2 88 h 16 h 6 h 6 h 116 h

Course 1 : Sciences and Physics of Particle Accelerators

Course 2 : Technology and Applications of Particle Accelerators

JUAS students in 2014

Nr. Family name Given name Gender Date of birth Place of Birth Status Institution City Nationality

1 Andre Thomas Male 20/11/1989 Echirolles (France) Master Grenoble INP PHELMA Grenoble French

2 Astapovych Daria Female 21/05/1990 Sumy (Ukraine) PhD CERN / Sumy state Pedagogical university - Ukraine Geneva Ukraine

3 Bartosik Marcin Male 24/07/1983 Krakow (Poland) PhD CERN / Jagiellonian University in Krokow - Poland Krakow (Poland) Polish

4 Belli Eleonora Female 02/04/1986 Frosinone (Italia) Master Universita di Roma " La Sapienza" Roma Italian

5 Burducea Ion Male 09/05/1983 Cernavoda (Romania) pro Horia Hulubei National Institute of Physics and Nuclear Engineering - RomaniaVaslui (Romania) Romanian

6 Camincher Clément Male 19/10/1990 Pau (France) Master Grenoble INP PHELMA Grenoble French

7 Cardelli Fabio Male 23/08/1987 Roma (Italia) PhD Universita di Roma " La Sapienza" Roma Italian

8 Carla Michele Male 29/05/1985 Fieasole (I talia) Pro Alba Celles - Espagna Cerdanyola des Vallès (Espagna) Italian

9 Chaleil Annaig Female 01/08/1990 Chatenay-Malabry (France) PhD Commissariat à l'énergie atomique - direction des application militaires - I le-de-FranceGif sur Yvette French

10 Costache Cristian Male 28/02/1982 Bucharest (Romania) Master Horia Hulubei National Institute of Physics and Nuclear Engineering - RomaniaBucharest ( Romania) Romanian

11 Fakhari Moein Male 11/04/1987 Rashi (Iran) PhD Deutsches Elektronen-Synchrotron Hamburg (germany) Iranian

12 Favia Giorgia Female 15/02/1988 Mesagne (Italia) PhD CERN / Universita di Roma " La Sapienza" Geneva Italian

13 Filippi Francesco Male 20/12/1988 Roma (Italia) PhD Universita di Roma " La Sapienza" Roma Italian

14 Fjellstrom Mattias Male 23/07/1986 Boden (Sweden) PhD CERN/ Lulea university of Technology - Suède Saint-Genis-pouilly Swedish

15 Garbayo Alberto Male 30/11/1984 Pamplona (Spain) Pro Added Value Solutions - Spain Huelva (Spain) Spanish

16 Herbert Maximilian Male 25/09/1990 Aschaffenburg (Germany) Master Technische Universitat - Darmstadt- Darmstadt (Germany) German

17 Hirlaender Simon Male 08/04/1982 Vienne (Austria) PhD CERN / University of technology Graz - Austria Geneva Austrian

18 Jonnerby Jakob Male 12/12/1991 Jukkasjarvi (Sweden) Master CERN / Uppsala university - Sweden Lausanne Swedish

19 Kastriotou Maria Female 26/08/1986 Marousi (Athens) PhD CERN / University of Liverpool Geneva Greek

20 Kovalenko Oleksander Male 21/07/1988 Netishyn (Ukraine) PhD GSI Darmstadt Darmstadt (Germany) Ukrainian

21 Kowalska Magdalena Female 08/04/1988 Warsaw (Poland) Master CERN/ Warsaw University of Technology - Poland- Thoiry Polish

22 Lasheen Alexandre Male 10/11/1989 Paris (France) PhD CERN/ Université Paris SUD Saint-thibault des vignes (77) French

23 Lejosne Anthoine Male 30/10/1991 Longjumeaux (France) Master Grenoble INP PHELMA Grenoble French

24 Mathieu Philippe Male 30/07/1990 Paris (France) Master Grenoble INP PHELMA Grenoble French

25 Mazzoni Stefano Male 30/05/1978 Morregno (Italy) Pro CERN Geneva Italian

26 Ogur Salim Male 08/02/1988 Samandag (Turkey) Master Bogazici Universitesi Istanbul Istambul Turkish

27 Olivert Gimenez Francisco Javier Male 12/05/1985 Albacete (Spain) PhD CIEAMT (Centro de Investigaciones Energeticas Medioambientales y Technologicas) - Spain Albacete / Madrid Spanish

28 Orduz Angie Karina Female 19/07/1983 Bogota (Colombia) PhD University of Huelva Huelva (Spain) Colombian

29 Patel Vivek Male 26/06/1984 Mumbai (India) Pro SVNIT Surat (India) Indian

30 Patel Chaitali Female 28/08/1983 Surat (India) PhD University of Toronto Canada Indian

31 Peters Benedikt Male 05/03/1989 Duesseldorf (Germany) Master CERN/ Karlsruhe institute of Technology Geneva German

32 Rocca Roberto Male 22/06/1974 Cagliari (I talia) PhD CERN/ Université Blaise Pascal (Clermont-Ferrand) Geneva Italian

33 Savin Evgeny Male 20/07/1991 Moscow (Russia) Master National Research Nuclear University "MEPhI" - MoscowMoscow Russian

34 Schmitt Nikolai Male 11/04/1990 Frankfurt (Germany) Master Technische Universitat - Darmstadt- Darmstadt (Germany) German

35 Schoofs Philippe Male 14/07/1987 Etterbeek (Belgium) PhD CERN /Ecole Polytechnique de Lausanne Genthod/Lausanne Belgian

36 Sciscio Massimiliano Male 15/11/1986 Roma (Italia) PhD Universita di Roma " La Sapienza" Roma Italian

37 Senzacqua Martina Female 04/06/1987 Amandola (I talia) PhD Universita di Roma " La Sapienza" Roma Italian

38 Shashkov Yaroslav Male 20/08/1991 Voskresensk (Russia) Master National Research Nuclear University "MEPhI" - MoscowMoscow Russian

39 Simony Benoit Male 15/07/1991 Clamart (France) Master Grenoble INP PHELMA Grenoble French

40 Stefano Romeo Male 10/02/1989 Calabria (italia) PhD Universita di Roma " La Sapienza" Reggio calabria Italian

41 Steinhorst Manuel Male 10/10/1990 Bad Nauheim (Germany) Master Technische Universitat - Darmstadt- Darmstadt (Germany) German

42 Straticiuc Mihai Male 05/04/1983 Tecuci (Romania) Pro Horia Hulubei National Institute of Physics and Nuclear Engineering - RomaniaTecuci (Romania) Romanian

43 Toma Sebastian Male 04/12/1988 Ploiesti (Romania) PhD Politechnica University of Bucharest National Institute for Physics and Nuclear EngineeringPloiesti (Romania) Romanian

44 Torino Laura Female 01/08/1988 Naples (Italia) PhD university of Pisa Barcelona Italian

45 Trad Georges Male 10/11/1987 Bouar (Lebanon) PhD CERn / Ecole doctorale de Physique de Grenoble fFerney-Voltaire Lebanon

46 Ventura Letizia Female 12/08/1987 Civitavecchia (I talia) PhD CERN / Universita di Roma " La Sapienza" Geneva Italian

47 Villa Francesca Female 15/09/1985 Monza (I talia) pro LPSC - Laboratoire de Physique Subatomique et de CosmologieGrenoble Italian

48 Zakaryan Samvel Male 29/07/1991 Yerevan (Armenia) Master CANDLE (Center for the Advancement of Natural Discoveries using Light Emission) - YerevanYerevan (Armenia) Armenian

White: Master

Blue: PhD

Yellow: Staff(Professional)

Students 2014

Female: 12Male: 36

C1 = Course 1C2 = Course 2

Master students in 2014

Nr. Family name Given name C1 C2 Date of birth Gender Nationality

1 Andre Thomas x x 20/11/1989 Male French

2 Belli Eleonora x 02/04/1986 Female Italian

3 Camincher Clément x x 19/10/1990 Male French

4 Costache Cristian x x 28/02/1982 Male Romanian

5 Herbert Maximilian x x 25/09/1990 Male German

6 Jonnerby Jakob x 12/12/1991 Male Swedish

7 Kowalska Magdalena x 08/04/1988 Female Polish

8 Lejosne Anthoine x x 30/10/1991 Male French

9 Mathieu Philippe x x 30/07/1990 Male French

10 Ogur Salim x 08/02/1988 Male Turkish

11 Peters Benedikt x x 05/03/1989 Male German

12 Savin Evgeny x 20/07/1991 Male Russian

13 Schmitt Nikolai x x 11/04/1990 Male German

14 Shashkov Yaroslav x 20/08/1991 Male Russian

15 Simony Benoit x x 15/07/1991 Male French

16 Steinhorst Manuel x x 10/10/1990 Male German

17 Zakaryan Samvel x x 29/07/1991 Male Armenian

12 16

MASTER STUDENTS

C1 = Course 1 C2 = Course 2

PhD students in 2014


1 Astapovych Daria x 21/05/1990 Female Ukraine

2 Bartosik Marcin X 24/07/1983 Male Polish

3 Cardelli Fabio x 23/08/1987 Male Italian

4 Chaleil Annaig x 01/08/1990 Female French

5 Fakhari Moein x 11/04/1987 Male Iranian

6 Favia Giorgia x 15/02/1988 Female Italian

7 Filippi Francesco x 20/12/1988 Male Italian

8 Fjellstrom Mattias x 23/07/1986 Male Swedish

9 Hirlaender Simon x 08/04/1982 Male Austrian

10 Kastriotou Maria x 26/08/1986 Female Greek

11 Kovalenko Oleksander x 21/07/1988 Male Ukrainian

12 Lasheen Alexandre x 10/11/1989 Male French

13 Olivert Gimenez Francisco Javier x x 12/05/1985 Male Spanish

14 Orduz Angie Karina x x 19/07/1983 Female Colombian

15 Patel Chaitali x x 28/08/1983 Female Indian

16 Rocca Roberto x 22/06/1974 Male Italian

17 Schoofs Philippe x x 14/07/1987 Male Belgian

18 Sciscio Massimiliano x 15/11/1986 Male Italian

19 Senzacqua Martina x 04/06/1987 Female Italian

20 Stefano Romeo x 10/02/1989 Male Italian

21 Toma Sebastian x x 04/12/1988 Male Romanian

22 Torino Laura x 01/08/1988 Female Italian

23 Trad Georges x 10/11/1987 Male Lebanon

24 Ventura Letizia x 12/08/1987 Female Italian

19 10

PHD

C1 = Course 1 C2 = Course 2

Professionals students in 2014


1 Burducea Ion x 09/05/1983 Male Romanian

2 Carla Michele x 29/05/1985 Male Italian

3 Garbayo Alberto x 30/11/1984 Male Spanish

4 Mazzoni Stefano x 30/05/1978 Male Italian

5 Patel Vivek x 26/06/1984 Male Indian

6 Straticiuc Mihai x 05/04/1983 Male Romanian

7 Villa Francesca x x 15/09/1985 Female Italian

3 5

PROFESSIONALS

Overview of students status

2012 Masters PhD Professionals Total Presented exam

Course 1 20 4 13 37 25Course 2 21 8 11 40 28


Course 1 13 20 12 45 30Course 2 12 9 18 39 19


Course 1 12 19 3 34 30

Course 2 16 10 5 31 25

JUAS students 2014 by countries

Countries StudentsArmenia 1Austria 1Belgium 1Colombia 1France 7Germany 4Greece 1India 2Iran 1Italy 13Lebanon 1Poland 2Romania 4Russia 2Spain 2Sweden 2Turkey 1Ukraine 2

18 48

20132012 JUAS studentsCountries StudentsArgentina 1Austria 1Belgium 1Bulgeria 1China 3Denmark 2France 12Germany 8Greece 1India 2Iran 2Italy 13Japan 1Morocco 1Mexico 1Montenegro 1Pakistan 1Poland 2Portugal 1Spain 5Tunisia 2United Kingdom 1Ukraine 1

23 64

Countries StudentsArmenia 1Belgium 1Benin 1Canada 1Denmark 2France 5Germany 7Greece 1Hungary 1Iran 2Israel 1Italy 15Japan 1Macedonia 1Pakistan 1Romania 2Slovenia 1Spain 4Switzerland 3Turkey 2United Kingdom 2Venezuela 1

22 56

Number of students considered in 2014

48 followed courses+2 did not come-------------------------------= 50 students in total

Presentation Course 1Sciences & Physics of Particle Accelerators

Students JUAS 2014 – Course 1 Sciences & Physics of Particle Accelerator

WEEK 1Monday

Jan 6th

Tuesday

Jan 7th

Wednesday

Jan 8th

Thursday

Jan 9th

Friday

Jan 10th

Coffee Break Coffee Break Coffee Break Coffee Break

10:00

10:30


17:15 17:15

Presentation of JUAS & Presentation of students 2014

L. Rinolfi

09:00

12:30

WELCOMECOCKTAIL

14:00

Presentation of ESI

H. Hoffmann

Particle optics lecture

J.M. De Conto

Introduction to the Mini-Workshop

lecturePh. Bryant

Intro. to Accelerators lecture

Ph. Bryant

Relativity tutorial

H. Henke

Registrationand coffee

at Juas Office

LUNCH

Relativity lecture

H. Henke

09:00

Introduction to the Mini-Workshop

lecturePh. Bryant

LUNCH LUNCH


Ph. Bryant

Electro-magnetism tutorial

H. Henke

10:0010:15

12:15

11:15Electro-magnetism lecture

H. Henke

Particle optics tutorial

J.M. De Conto

Relativity lecture

H. Henke

Electro-magnetism lecture

H. Henke


J.M. De Conto

Electro-magnetism lecture

H. Henke


Ph. Bryant16:0016:15

16:0016:15

Relativity lecture

H. Henke


Ph. Bryant

15:0015:00


Ph. Bryant


Ph. Bryant


J.M. De Conto


Ph. Bryant

Bus leaves at 12h30 at JUAS

(Lunch at CERN)

VISIT

AT

CERN

Return scheduled at 18h30

Particle optics tutorial

J.M. De Conto


J.M. De Conto

14:00

WEEK 2Monday

Jan 13th

Tuesday

Jan 14th

Wednesday

Jan 15th

Thursday

Jan 16th

Friday

Jan 17th


12:15 12:15

LUNCH LUNCH LUNCH LUNCH


17:15 17:15

18:15

MADX

G. Sterbini/ A. Latina /J. Resta Lopez / D. Pelligrini

MADX


MADX


Longitudinal Dynamicslecture

E. Métral

Exercises in computer room Exercises in computer room

Transverse Dynamicstutorial

A. Latina / J. Resta Lopez

Intro. to MADX

G. Sterbini

MADX


14:00

15:00

MADX


Transverse Dynamicslecture on LHC

R. Alemany


A. Latina / J. Resta Lopez16:0016:15

Longitudinal Dynamicstutorial

E. Métral

Transverse Dynamicslecture

A. Latina

14:00Transverse Dynamics

tutorial

A. Latina / J. Resta Lopez


E. Métral15:00


E. Métral16:0016:15

Bus leaves at 10h from JUAS

(Lunch at ESRF)

VISIT

OF

ESRF



A. Latina


E. Métral


A. Latina

09:00 09:00Transverse Dynamics

lecture

A. Latina


E. Métral


A. Latina


A. Latina


E. Métral10:0010:15

10:0010:15


E. Métral


E. Métral


E. Métral11:15 11:15


E. Métral


E. Métral

WEEK 3Monday

Jan 20th

Tuesday

Jan 21st

Wednesday

Jan 22nd

Thursday

Jan 23rd

Friday

Jan 24th

Coffee Break Coffee Break Coffee Break Coffee Break Coffee Break


17:15 17:15

Linear imperfections lecture

Y. Papaphilippou

14:00

15:00Non-linear effects

lecture

Y. Papaphilippou

15:00

16:0016:15

Non-linear effects tutorial

Y. Papaphilippou

16:0016:15

Linacslecture

J-B. Lallement

Space charge tutorial

M. Migliorati

Linacstutorial

J-B. Lallement

Space charge lecture

M. Migliorati

Linacstutorial

J-B. Lallement

Non-linear effects lecture

Y. Papaphilippou

Linacslecture

J-B. Lallement

Injection / extractionlecture

T. Perron

Linacstutorial

J-B. Lallement


Y. Papaphilippou


Y. Papaphilippou

Exercises in computer room


M. Migliorati

LUNCHLUNCH


M. Migliorati

Instabilitiestutorial

M. Migliorati12:15


LUNCH


Y. Papaphilippou


Y. Papaphilippou

Linacslecture

J-B. Lallement

LUNCH

14:00

LUNCH

12:15

11:15

Linacslecture

J-B. Lallement

Injection / extractionlecture

T. Perron

10:0010:15

10:0010:15


A. Latina


Y. Papaphilippou


Y. Papaphilippou


M. Migliorati

Instabilitieslecture

M. Migliorati

Instabilitieslecture

M. Migliorati

09:00 09:00Transverse Dynamics

lecture

A. Latina

11:15

WEEK 4Monday

Jan 27th

Tuesday

Jan 28th

Wednesday

Jan 29th

Thursday

Jan 30th

Friday

Jan 31st



17:15 17:15

14:00

16:0016:15

16:0016:15


Machine Designtutorial

R. Bartolini

Cyclotronslecture

F. Chautard

SeminarHigh energy colliders

L. Rinolfi

Conclusion to mini-workshop

Ph. Bryant

15:00Synchrotron Radiation

tutorial

R. Bartolini


R. Bartolini

Cyclotronstutorial

F. Chautard

Synchrotron Radiationlecture

R. Bartolini

Cyclotronslecture

F. Chautard

SeminarAccelerators for

TherapyA. Degiovani


Ph. Bryant



R. Bartolini15:00


Ph. Bryant


R. Bartolini

14:00

12:15 12:15

LUNCH LUNCH LUNCH LUNCH LUNCH

Synchrotron Radiationtutorial

R. Bartolini


Ph. Bryant


R. Bartolini

Cyclotronstutorial

F. Chautard


R. Bartolini

09:00 09:00Synchrotron Radiation

lecture

R. Bartolini


Ph. Bryant


R. Bartolini

Cyclotronslecture

F. Chautard


R. Bartolini10:0010:15

10:0010:15


R. Bartolini


Ph. Bryant


R. Bartolini

Cyclotronslecture

F. Chautard


R. Bartolini11:15 11:15

WEEK 5Monday

Feb 3rd

Tuesday

Feb 4th

Wednesday

Feb 5th

Thursday

Feb 6th

Friday

Feb 7th

Coffee Break Coffee Break Coffee Break

17:15 17:15

15:00

16:0016:15

16:0016:15

15:00

14:00

BUFFET

END OF 1ST

JUAS SESSION

14:00

09:00

EXAMINATION

Linacs

Written session

EXAMINATION

Transverse beamdynamics

Written session

DISCUSSION

SUMMARY of

JUAS courses

10:0010:15

EXAMINATION

Longitudinal beamdynamics

Written session

11:15

12:15

09:00

10:3010:45

EXAMINATION

Synchrotron radiation

Written session

EXAMINATION

Space charge

Written session

11:15

10:0010:15

12:15

Mini-workshop Coordination by Phil Bryant assisted by Riccardo Bartolini

A (new) Particle Accelerator is designed by students (over 4 weeks) and results are presented by student group leaders

CMS at CERN

M. Bozzo as a guide Waiting for the lift

At 100 m undergroundClose to the detector

CLIC Test Facility (CTF3) at CERN

W. Farabolini as a guideThe 120 MeV Linac for the Probe Beam

ESRF at Grenoble

During the presentation

Inside the Main Ring with J.L. Revol as a guide

EXAMINATION

There are 5 topics, each of them lasts 1.5 hour:Course 1:

Course 2:* Transverse Beam Dynamics * RF* Longitudinal Beam Dynamics * Magnets* Synchrotron Radiations *

Beam Instrumentation

The remaining 2 exams are announced the week 4 and 9 (weeks before the exams)For each examination, all written documents are permitted and a pocket calculator.

It is strictly forbidden to have an electronic device (iPhone, Portable, etc…) during the exam

Each student who get an average mark of 10/ 20 (or above) could receive ECTS credits recognized by the partner Universities.

Examination results for course 1


Family name Given name

Synchrotron radiation coeff 12

/20

Longitudinal beamdynamics coeff 12

/20

Transverse beamdynamics coeff 12

/20

Linacs coeff 7

/20

Space charge coeff 5

/20

Average /20

Average with coefficient

/20Rank

Carla Michele17 15.9 20 15.5 18 17.3 17.4 1

Schoofs Philippe20 15.8 16.5 15 14 16.3 16.7 2

Lasheen Alexandre17 17.1 15 18.5 12 15.9 16.2 3

Fjellstrom Mattias18 16 14.7 18 13 15.9 16.2 4

Herbert Maximilian16 17.4 13.5 13 18 15.6 15.5 5

Kovalenko Oleksander18 14.5 15.3 11.5 17 15.3 15.4 6

Schmitt Nikolai15 15.9 16.5 12.5 12 14.4 14.9 7

Steinhorst Manuel 17 13.9 13 18 12 14.8 14.9 8

Senzacqua Martina12 16.4 13.8 18 16 15.2 14.8 9

Cardelli Fabio14 13.8 16.2 14 15 14.6 14.6 10

Stefano Romeo16 15.6 13.5 13 13 14.2 14.5 11

Camincher Clément 18 17 11.8 8 13 13.6 14.2 12

Sciscio Massimiliano15 12.1 13.8 14.5 14 13.9 13.8 13

Hirlaender Simon14 13 15.6 10 14 13.3 13.6 14

Chaleil Annaig17 10 12.7 13.5 13 13.2 13.2 15

Lejosne Anthoine16 11.7 11.2 11.5 14 12.9 12.9 16

Mathieu Philippe15 12.8 10.6 13 13 12.9 12.9 17

Simony Benoit16 14 11.8 7.5 12 12.3 12.8 18

Kastriotou Maria 12 16.1 11.8 9.5 12 12.3 12.6 19

Costache Cristian12 9.9 12.1 16 17 13.4 12.6 20

Ventura Letizia12 11.8 10.3 9.5 18 12.3 11.8 21

Andre Thomas10 12.5 10.3 12 12 11.4 11.2 22

Toma Sebastian 13 13 7.1 8 11 10.4 10.6 23

Zakaryan Samvel 8 11.2 8.2 14 11 10.5 10.0 24

Favia Giorgia9 10.5 9.4 7 10 9.2 9.3 25

Olivert Gimenez Francisco Javier13 9.3 6.2 6.5 10 9.0 9.1 26

Orduz Angie Karina11 7.3 8.2 7.5 12 9.2 9.0 27

Astapovych Daria13 4.9 7.4 6.5 14 9.2 8.7 28

Patel Chaitali12 4.2 6.5 5 12 7.9 7.7 29

Patel Vivek7 4.7 2.1 5.5 10 5.9 5.3 30

14.1 12.6 11.8 11.7 13.4 12.7 12.7



/20

Longitudinal beamdynamics coeff 12

/20


/20

Linacs coeff 7

/20


/20

Average /20


/20Rank


Family name Given name Number

Written Oral Average Written Oral Average

Favia Giorgia 36510.5 11.5 11 10 15.5 12.75

Olivert Gimenez Francisco Javier 1989.3 no 9.3 10 no 10

Orduz Angie Karina 5877.3 14.5 10.9 12 14.5 13.25

Astapovych Daria 8624.9 10 7.45 14 14 14

Patel Chaitali 5584.2 8.5 6.35 12 12 12

Patel Vivek 2314.7 10.5 7.6 10 14 12

JUAS 2014 - COURS 1 Longitudinal beam

dynamics coeff 12

/20


/20

Oral examination results for course 1



/20

Longitudinal beam

dynamics coeff 12

/20


/20

Linacs coeff 7

/20


/20

Average /20


/20Rank

Carla Michele17 15.9 20 15.5 18 17.3 17.4 1

Schoofs Philippe20 15.8 16.5 15 14 16.3 16.7 2

Lasheen Alexandre17 17.1 15 18.5 12 15.9 16.2 3

Fjellstrom Mattias18 16 14.7 18 13 15.9 16.2 4

Herbert Maximilian16 17.4 13.5 13 18 15.6 15.5 5

Kovalenko Oleksander18 14.5 15.3 11.5 17 15.3 15.4 6

Schmitt Nikolai15 15.9 16.5 12.5 12 14.4 14.9 7

Steinhorst Manuel 17 13.9 13 18 12 14.8 14.9 8

Senzacqua Martina12 16.4 13.8 18 16 15.2 14.8 9

Cardelli Fabio14 13.8 16.2 14 15 14.6 14.6 10

Stefano Romeo16 15.6 13.5 13 13 14.2 14.5 11

Camincher Clément 18 17 11.8 8 13 13.6 14.2 12

Sciscio Massimiliano15 12.1 13.8 14.5 14 13.9 13.8 13

Hirlaender Simon14 13 15.6 10 14 13.3 13.6 14

Chaleil Annaig17 10 12.7 13.5 13 13.2 13.2 15

Final examination results for course 1

Lejosne Anthoine16 11.7 11.2 11.5 14 12.9 12.9 16

Mathieu Philippe15 12.8 10.6 13 13 12.9 12.9 17

Simony Benoit16 14 11.8 7.5 12 12.3 12.8 18

Kastriotou Maria 12 16.1 11.8 9.5 12 12.3 12.6 19

Costache Cristian12 9.9 12.1 16 17 13.4 12.6 20

Ventura Letizia12 11.8 10.3 9.5 18 12.3 11.8 21

Andre Thomas10 12.5 10.3 12 12 11.4 11.2 22

Toma Sebastian 13 13 7.1 8 11 10.4 10.6 23

Zakaryan Samvel 8 11.2 8.2 14 11 10.5 10.0 24

Orduz Angie Karina11 10.9 8.2 7.5 13.25 10.2 10.0 27

Favia Giorgia9 11 9.4 7 12.75 9.8 9.7 25

Astapovych Daria13 7.45 7.4 6.5 14 9.7 9.4 28

Olivert Gimenez Francisco Javier13 9.3 6.2 6.5 10 9.0 9.1 26

Patel Chaitali12 6.35 6.5 5 12 8.4 8.2 29

Patel Vivek7 7.6 2.1 5.5 12 6.8 6.2 30

14.1 13.0 11.8 11.7 13.6 12.9 12.9



/20

Longitudinal beam

dynamics coeff 12

/20


/20

Linacs coeff 7

/20


/20

Average /20


/20Rank


Presentation Course 2Technology & Applications

of Particle Accelerators

Students JUAS 2014 – Course 2 Technology & Applications of Particle Accelerator

WEEK 6Monday

Feb 10th

Tuesday

Feb 11th

Wednesday

Feb 12th

Thursday

Feb 13th

Friday

Feb 14th


Coffee Break

14:00


17:15 17:15

16:0016:15

RF Engineeringlecture

F. Caspers

RF Engineering tutorial

F. Caspers / S. Federmann


F. Caspers

LUNCHLUNCHLUNCH


F. Caspers

Vacuum systemslecture

P. Chiggiato



Introduction to CERN practical dayRF, Vacuum

Vacuum systemstutorial

P. Chiggiato / R. Kersevan

SeminarEffects of radiation

in particle accelerators R. Losito

09:00


P. Chiggiato


F. Caspers


P. Chiggiato11:15



Introduction to CERN practical day

Magnet,Superconductivity

13:00

15:00

10:0010:15

12:15

Registrationand coffee

at Juas Office

WELCOME

COCKTAIL


F. Caspers



Presentation of JUAS 2014

L. Rinolfi


F. Caspers


P. Chiggiato


F. Caspers




F. Caspers


F. Caspers



F. Caspers




(Lunch at CERN)

VISIT

AT

CERN


12:15

13:00

15:00

16:0016:15

09:00

10:0010:15

11:15

WEEK 7Monday

Feb 17th

Tuesday

Feb 18th

Wednesday

Feb 19th

Thursday

Feb 20th

Friday

Feb 21st


LUNCH


17:15 17:15

18:15

Mini-workshop

SuperconductingMagnets

P. FerracinS. Russenschuck

Superconductingmagnets

tutorialM. Wilson


tutorialM. Wilson

LUNCH

Normal Conductingmagnets

tutorialT. Zick ler


lectureM. Wilson


lectureT. Zick ler


lectureM. Wilson

LUNCH


lectureT. Zick ler


lectureT. Zick ler


lectureT. Zick ler

Electromagnetism lecture

S. Russenschuck

LUNCH


S. Russenschuck

15:00Normal Conducting

magnetslecture

T. Zick ler16:0016:15

09:00Introduction to Magnets

lecture

D. Tommasini


S. Russenschuck

11:15

12:15

10:0010:15

14:00

Numerical techniqueslecture

S. Russenschuck

11:15

12:15

14:00Superconducting

magnetslecture

M. Wilson


lectureM. Wilson

15:00

P. FerracinS. Russenschuck

D. TommasiniM. WilsonT. Zick ler


(lunch at CERN)

PRACTICAL

WORKS

AT

CERN

1) RF

2) VACUUM

3) MAGNETS

4) SUPERCONDUCTIVITY



tutorialT. Zick ler

Mini-workshopNormal conducting

Magnets

D. TommasiniM. WilsonT. Zick ler

16:0016:15


lectureM. Wilson

09:00

10:0010:15

WEEK 8Monday

Feb 24th

Tuesday

Feb 25th

Wednesday

Feb 26th

Thursday

Feb 27th

Friday

Feb 28th


Exercise in computer room


17:15 17:15

11:15

Beam instrumentationlecture

P. Forck

10:0010:15

10:0010:15

14:00

11:15

LUNCH

12:15


P. Forck


P. Forck

Bus leaves at 8h at JUAS

Travel to Villigen

(Lunch at PSI)

VISIT

PSI

(Dinner at PSI)

Exercise in computer room

Beam instrumentationtutorial

P. Forck

Superconducting RFCavitieslecture

F. Caspers


F. Caspers

LUNCH

16:0016:15

16:0016:15


P. Forck


F. Caspers


P. Forck

15:00 15:00


P. Forck

VISIT

PSI

(Lunch at PSI)

VISIT

PSI


09:00 09:00

14:00


P. Forck


P. Forck


P. Forck

12:15

LUNCH

Superconducting RFCavitiestutorial

F. Caspers / W. Weingarten

Superconducting RFCavitiestutorial

F. Caspers / W. Weingarten


F. Caspers


P. Forck


P. Forck

WEEK 9Monday

March 3rd

Tuesday

March 4th

Wednesday

March 5th

Thursday

March 6th

Friday

March 7th

09:30



17:15 17:15

12:15

High Current ProtonLinacslecture

S. Bousson

Particle therapy and accelerators

lectureS. Meyroneinc

12:15

LUNCH

14:00

Bus leaves at 8h30

VISIT

AND

EXPERIMENTAL

WORK

AT

BERGOZ

INSTRUMENTATION

(Lunch at Bergoz)

Return scheduled at 17h


S. Bousson10:0010:15

Particle Sourceslecture

T. Thuillier

Low Energy ElectronAccelerators

lectureW. Mondelaers


S. Bousson

09:00

10:0010:15

11:15 11:15

09:00Particle Sources

lecture

T. Thuillier



Acc. for indust. & medical applications

lectureW, Kleeven

LUNCH LUNCH

Particle Sourceslecture

T. Thuillier







LUNCH

16:0016:15

16:0016:15

Accelerator Controllecture

E. Zimoch


lectureW, Kleeven

14:00Particle Sources

tutorial

T. Thuillier


lectureW, Kleeven

Bus leaves at 13h30

Therapeutic

Applications at

Geneva Hospital

R. Miralbell

Return scheduled at 18h

Radiation safetylecture

X. Queralt


X. Queralt15:00 15:00

Accelerator Controllecture

E. Zimoch


X. Queralt

WEEK 10Monday

March 10th

Tuesday

March 11th

Wednesday

March 12th

Thursday

March 13th

Friday

March 14th

Coffee Break Coffee Break

17:15 17:15

14:00

15:00

16:0016:15

BUFFET

END OF 2nd

JUAS SESSION -

END OF THE SCHOOL2014

EXAMINATION

RF

Written session

12:15 12:15

09:00 09:00

10:0010:15

10:0010:15

11:15

EXAMINATION

Magnets

Written session

14:00

DISCUSSION

SUMMARY of

JUAS courses

EXAMINATION

Particle sources

Written session

15:00

11:15

16:0016:15

EXAMINATION

Vacuum

Written session

EXAMINATION

Beam Instrumentation

Written session

Inside the AD

LEIR

CERN visitsThe RF cavity in the AD

Inside the Linac 3 (Ions)

The source at PSI

The Cyclotron at PSI

The Irradiation machine at HUG

PSI and HUG visitsThe Linac at PSI

Practical days at CERN

andBergoz

SUPERCONDUCTIVITY VACUUM RADIO-FREQUENCY MAGNETS

Amalia Ballarino Paolo Chiggiato Fritz Caspers Thomas Zickler

Burducea Ion Torino Laura Zakaryan Samvel Ogur Salim

Straticiuc Mihai Schoofs Philippe Savin Evgeny Mathieu Philippe

Olivert Gimenez Francisco Javier Herbert Maximilian Steinhorst Manuel Patel Vivek

Lejosne Antoine Simony Benoit Shashkov Yaroslav Filippi Francesco

Camincher Clement Andre Thomas Toma Sebastien Jonnerby Jakob

Garbayo Alberto Orduz Angie Karina Belli Eleonora Peters Benedikt

Patel Chaitali

Martin Wilson Fakhari Moein

Costache Cristian

Schmitt Nikolai

Practical Day at CERN Friday 21st February 2014

The 4 groups for the practical day at CERN

RF group Magnets group

Vacuum group Superconductivity group

Practical day at CERN

RF group Magnets group

Vacuum group Superconductivity group

Practical day at CERN

Practical day at BERGOZ company

A. Lesjone and B. Simony with soldering irons

C. Camincher

Test of the Wi-Fi meter

M. Bartosik with his built device in hands

Reports from students

Toma SebastianNIPNE-HH, Mǎgurele, Romania

UPB, Bucharest, Romania

ReportPractical Works – RF Measurement Techniques

JUAS 2014

The present report summarizes the practical works performed at CERN, as part of JUAS 2014, Module 2. The chosen topic was RF Engineering – RF Measurement techniques. Two methods were covered – signal inspection using a spectrum analyzer (1) and measurements using a vector analyzer (2).

Vacuum LogBookduring the experimentfrom B. Simony



Beam Instrum.

coeff 12

/20

Magnets

coeff 12

/20

RF Engineer.

coeff 12

/20

Vacuum

coeff 7

/20

Part. Sources

coeff 4

/20

BonusNC

magnets

BonusSC

magnets

Average /20

Bonus practical days

(optional)

Final average

/20

Final mark

/20

(rounded)

Rank

Schmitt Nikolai20.00 11.70 19.00 13.50 19.00 3.00 2.50 17.98 0.92 18.90 18.9 1

Fakhari Moein 19.00 12.50 20.00 17.50 16.00 2.00 3.00 18.39 0.00 18.39 18.4 2

Shashkov Yaroslav17.00 11.00 19.50 15.50 18.00 2.00 2.50 17.12 0.58 17.70 17.7 3

Torino Laura19.00 10.70 13.75 15.80 17.00 3.00 1.50 16.04 0.66 16.70 16.7 4

Filippi Francesco17.00 6.80 14.75 16.10 17.00 3.00 2.00 14.96 1.44 16.40 16.4 5

Camincher Clément 16.00 8.20 14.00 19.50 14.00 2.00 2.00 14.87 1.43 16.30 16.3 6

Steinhorst Manuel 14.50 11.50 15.25 13.20 15.50 3.00 2.50 15.22 0.48 15.70 15.7 7

Costache Cristian17.00 12.20 10.50 16.60 18.50 2.00 3.00 15.46 0.00 15.46 15.5 8

Mathieu Philippe18.00 9.10 12.75 10.60 18.00 3.00 1.50 14.43 0.57 15.00 15.0 9

Lejosne Anthoine18.00 7.50 12.25 17.20 19.00 2.00 2.00 14.84 0.00 14.84 14.9 10

Herbert Maximilian16.00 8.10 13.00 14.30 15.50 3.00 2.50 14.33 0.00 14.33 14.4 11

Simony Benoit17.50 9.60 6.50 13.20 15.50 2.00 2.00 12.89 1.11 14.00 14.0 12


Savin Evgeny10.00 8.60 11.50 13.50 13.00 2.00 2.50 11.95 0.75 12.70 12.7 13

Ogur Salim 16.50 6.40 8.75 12.30 13.00 3.00 1.50 12.17 0.00 12.17 12.2 14

Straticiuc Mihai12.50 6.40 6.25 14.30 12.50 2.00 3.00 10.89 1.21 12.10 12.1 15

Belli Eleonora9.00 4.20 12.75 11.50 11.50 3.00 2.00 10.59 1.21 11.80 11.8 16

Toma Sebastian 17.00 7.50 5.75 9.20 11.50 3.00 1.50 11.22 0.48 11.70 11.7 17

Andre Thomas9.00 9.50 8.00 14.90 14.00 3.00 1.50 11.33 0.00 11.33 11.4 18

Patel Vivek11.00 5.70 7.25 11.50 15.00 2.00 3.00 10.38 0.92 11.30 11.3 19

Burducea Ion11.50 5.50 5.00 12.30 13.50 2.00 3.00 9.87 1.23 11.10 11.1 20

Zakaryan Samvel 14.00 1.90 8.25 15.50 11.50 3.00 1.50 10.60 0.00 10.60 10.6 21

Orduz Angie Karina12.50 3.20 7.00 8.30 8.00 3.00 1.50 8.86 1.34 10.20 10.2 22

Patel Chaitali9.00 4.60 7.00 8.00 10.00 2.00 3.00 8.58 1.42 10.00 10.0 23

Olivert Gimenez Francisco Javier10.00 5.00 8.50 10.60 10.00 3.00 2.00 9.71 0.00 9.71 9.8 24

Bartosik Marcin12.00 5.40 3.50 9.70 12.50 0.00 0.00 7.84 0.00 7.84 7.9 25

14.5 7.7 10.8 13.4 14.4 12.82 13.45 13.5


Beam Instrum.

coeff 12

/20

Magnets

coeff 12

/20

RF Engineer.

coeff 12

/20

Vacuum

coeff 7

/20

Part. Sources

coeff 4

/20

BonusNC

magnets

BonusSC

magnets

Average /20

Bonus practical days

(optional)

Final average

/20

Final mark

/20

(rounded)

Rank


JUAS certificates

JUAS certificate of examination for course 1

Each student who obtains a mark equal (or above) to 10 / 20 received such

certificate

JUAS certificate of examination for course 2

Each student who obtains a mark equal (or above) to 10 / 20 received such

certificate

JUAS certificate of attendance

Each student who followed more than 90% of the course received such

certificate

Zoom on JUAS certificate (course 1)

Zoom on JUAS certificate (course 2)

European Credit Transfer System

(ECTS)

Students passing the exam of:

- Course 1 (“Physics of Accelerators”)

- Course 2 (“Technology of Accelerators”)

receive ECTS credits from their universities

Evaluations received from students

Evaluation proposed to the students for

lectures and tutorials

Notations used

Requested Level Oral Presentation (Pedagogy)

Written Documentation

Too easy = 5 As expected = 3 Too difficult = 0

Excellent = 5As expected = 3Bad = 0

Excellent = 5 As expected = 3 Not acceptable = 0

WEEK 1

WEEK 2

Lectures Requested level Oral presentationWritten

documentation

Intro. To MADX (G. Sterbini)

2,9 3,1 3,4

MADX Exercises (A. Latina / G. Sterbini/J.

Resta Lopez / D. Pelligrini)2,9 3,4 3,5

Transverse beam dynamics

(A. Latina / J. Resta Lopez)2,8 4,0 4,4

Longitudinal beam dynamics

(E. Metral)2,9 4,7 4,5

WEEK 3

4,0 4,0Instabilities

(M. Migliorati)

2,8 3,4

Lectures Requested level

4,2

4,6 3,9

Oral presentationWritten

documentation

3,1 3,4 3,8

Linear imperfections(Y. Papaphilippou)

2,2 4,6 4,1

Non-linear effects (Y. Papaphilippou)

1,6

Linacs (J-B. Lallement)

Space charge (M. Migliorati)

2,1

Injection / extraction (T. Perron)

2,9

2,8 4,1

WEEK 4

Seminar High Energy colliders

(L. Rinolfi)3,1 4,2 4,1

Conclusion to mini-workshop (Ph. Bryant)

2,9 4,6 4,4

Machine design (Ph. Bryant / R. Bartolini)

2,6 3,9 3,8


documentation

Synchrotron radiation (R. Bartolini)

1,8 2,9 3,2

Cyclotrons (F. Chautard)

3,1 4,0 4,3

WEEK 6

Requested level Oral presentationLecturesWritten

documentation

Vacuum systems (P. Chiggiato)

3,0 3,6 3,9

RF Engineering(F. Caspers / S. Federmann)

2,9 3,6 4,1

Seminar Effects of Radiation in particle accelerators R.

Losito3,0 2,3 2,4

WEEK 7

Superconducting Magnets (M. Wilson)

Mini-workshop Normal conducting magnets

2,7

2,7

3,6

3,9

3,1

3,9

2,6

2,0

Introduction to Magnets (D. Tommasini)

Oral presentationWritten

documentation Lectures Requested level

3,0 3,4 3,4

4,0 4,1Electromagnetism

(Russenschuck)

Normal Conducting Magnets (T. Zickler)

3,0 2,9 3,3

2,8Mini-workshop

Superconducting magnets3,0

WEEK 8


documentation

Superconducting RF Cavities(F. Caspers)

3,0 4,0 4,2

Beam Instrumentation(P. Forck)

3,0 4,1 4,7

WEEK 9Lectures Requested level Oral presentation

Written documentation

Particle sources(T. Thuillier)

3,0 3,7 4,0

2,8 3,6

High Current Proton Linacs(S. Bousson)

3,0 4,0 3,9

Acc. For Industry and medical applications

(W. Kleeven)3,3

3,9 4,3

Low Energy Electron Accelerators

(W. Mondelaers)3,3 3,4 3,8

Accelerator controms(E. Zimoch)

3,3

3,5Particle therapy and

accelerators (S. Meyroneinc)

3,3

3,3 4,0 4,1

3,4

Radiation & Safety(X. Queralt)

Touristic excursionsOptional : School books the bus, students are free during all the day

ANNECY LAUSANNE

LYON CHAMONIX Saturday 22nd February Saturday 15th February

Saturday 18th January Saturday 25th January

SPARES

The School is 20 km South of CERN

CERN

JUAS

Documents

JUAS ADVISORY BOARD meeting