DTP izazovi Promjena generacija, moramo biti privlaniji! Svijet ide - - PowerPoint PPT Presentation

EU H2020 CSA-2015 proj n. 692194

RBI-T-WINNING

Twinning at Ruđer Bošković Institute

for a step forward of the 
 Theoretical Physics Division

Vinko Zlatić

Informativni dan Obzor2020, 


Zagreb, 16-5-2017

H2020 - the Twinning call

• Spreading Excellence and Widening Participation

Type of action: Coordination and Support Actions

• H2020-TWINN-2015 for “widening countries”. Aims:

… significantly strengthen a defined field of research 
 in a particular knowledge institution … 
 by 
 creating a link between this institution and at least two internationally-leading research institutions

• Enhance the S&T capacity of the linked institutions;
• Raise research profile of staff and whole institution

Savršeno za ZTF…

2

RBI and DTP

RBI – Institut Ruđer Bošković

Glavni institute za prirodne i biomedicinske znanosti u

• Hrvatskoj. 550 znanstvenika, 14 zavoda, 80 laboratorija 


DTP - Division of Theoretical Physics (Zavod za Teorijsku Fiziku)

• 16 znanstvenika + 12 postdoktoranata/studenata.

dva nedavna FP7 FETOPEN projekta, jedan aktivan FETOPEN H2020, nekoliko HRZZ projekata, 3 ZCI.

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• 5 istraživačkih smjerova na DTP:
• 1. Čestična fenomenologija
• 2. Astročestična - kozmologija
• 3. Matematička Fizika
• 4. Fizika Čvrstog Stanja
• 5. Statistička Fizika

DTP izazovi

• Promjena generacija, moramo biti privlačniji!
• Svijet ide dalje, ne možemo ostati na mjestu!!!
• Otvaranje

novih područja? (Quantum computing, biophysivcs)

• Dosta suradnji – stare suradnje (PhD ili

postdoc veze)

• Politika zapošljavanja (The only important scientific

strategy is employment strategy)

• Evoulcija zavoda nakon smjene generacija.

DTP – Neki indikatori

Publikacije u vremenu! Želimo biti bolji!

Godina 2010 2011 2012 2013 2014

• N. of publications

21 24 34 17

23

Average IF 3.289 3.791 3.374 6.678

2.908

per publication Publications in

5 (0)

collaborations within DTP 8 (0) 11 (2) 10 (2) 5 (0) (and multidisciplinary) Visits to foreign institutions 23 31 22 21

18

Conference attendances 24 24 11 24

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DTP – Performance indicators

• 1. Number of papers and working papers produced in TPD during the project. Increase in this

number will indicate strengthened research activity and improved scientific capacity.

• 2. Average impact of publications in this period. Increase of this indicator would indicate

improvement in the quality of research in TPD.

• 3. Number of joint collaborations within TPD during the project. Increase of this indicator will

show stepping up of research critical masses in TPD.

• 4. Number of joint collaborations between TPD and Twinning partners. Increase of this

indicator will show strengthening of TPD collaborative potential in the most important research questions of modern theoretical physics.

• 5. Number of visits and seminars in TPD. Increase of this indicator will demonstrate exposure to

new ideas and should correlate with indicators 1 and 2.

• 6. Number of international conferences attended. Increase of this indicator will show increased

visibility of the research done in TPD.

• 7. Number of events offered to the local community, as a measure of the role of TPD and RBI in

the Croatian science and general public, which should correlate with an increase attractivity

• f RBI as the elective choice for the best students.

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DTP - Neki indikatori

Publikacije u vremenu! Želimo biti bolji!

Year 2010 2011 2012 2013 2014

• N. of publications

21 24 34 17

23

Average IF 3.289 3.791 3.374 6.678

2.908

per publication Publications in

5 (0)

collaborations within DTP 8 (0) 11 (2) 10 (2) 5 (0) (and multidisciplinary) Visits to foreign institutions 23 31 22 21

18

Conference attendances 24 24 11 24

27

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DTP - Neki indikatori

Publikacije u vremenu! Želimo biti bolji!

Year 2010 2011 2012 2013 2014

• N. of publications

21 24 34 17

23

Average IF 3.289 3.791 3.374 6.678

2.908

per publication Publications in

5 (0)

collaborations within DTP 8 (0) 11 (2) 10 (2) 5 (0) (and multidisciplinary) Visits to foreign institutions 23 31 22 21

18

Conference attendances 24 24 11 24

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Publikacije – nismo baš tako loši :)

(partial list)

5-YEAR IF Subject Category

• N. of articles DTP

Journal published (2010.- (JCR 2012) (JCR 2012) 2014.) Nature 38.597 physics, multidisciplinary 1 Nano Letetrs 13.03 physics, multidisciplinary 1 Nano Communications 10.02 physics, multidisciplinary 1 Physical Review Letters 7.728 physics, multidisciplinary 3 Physical Review D 4.846 physics, particles & fields 16 Physics Letters B 6.019 physics, multidisciplinary 9 Journal of High Energy Physics 6.220 physics, particles & fields 12 New Journal of Physics

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DTP - Neki indikatori

Publikacije u vremenu! Želimo biti bolji!

4

2016 (pod Twinningom)

41 gostovanje stranih znanstvenika na Ruđeru 41 putovanje naših znanstvenika 31 konferencija 2 internacionalne konferencije organizirane

2016 (bez Twinninga)

12 konferencija 44 putovanja 1 knjiga Springer (Autor) 2 knjige Springer (Editor)

2016 obnova

4 natječaja za znanstvenog suradnika 24 međunarodna kandidata

Projekt

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RBI-T-WINNING

• Buđet: 1M€, 3 godine

(~200k€ overhead)

• Prihvačen (rank 14/15).
• Akcije: predavanja, konferencije i posjete.
• 5 partnera

Konzorcij

International School of Advanced Studies - Trieste

• Scuola Internazionale di Studi Avanzati (SISSA) (from 1978)
• One of the two Italian "excellence schools" (~250 PhD students)
• Highly qualified teaching, interdisciplinarity, internationalization.
• Astroparticle

physics, Astrophysics, Condensed Matter, Mathematical physics, Statistical Physics.

Laboratoire de Physique Théorique d’Orsay

• LPT - Joint center of Centre National de la Recherche Scientifique

and Université Paris-Sud

• Internationally recognised research, coordinated several EU projects
• Particle physics, cosmology and gravitation, mathematical physics

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Konzorcij

Ludwig-Maximilians-Universitaet - Munich

• LMU, XV century - one of Europe's and world most

prestigious universities (34 Nobel).

• Munich Universe Cluster, LMU, TUM and several Max-Planck institutes
• We twin with Arnold Sommerfeld Center, hosting 

• prof. D. Lust, Chair of Mathematical Physics, and 

• prof. G. Dvali, Chair of Theoretical Elementary Particle Physics

Niels Bohr Institute - Copenhagen

• A world famous institute in theoretical physics.
• we connect with Center for Models of Life, world recognized

to be on the forefront of theoretical and mathematical biology.

• For instance, models for genetic regulation, evolution and

ecosystem dynamics based on methods of theoretical physics.

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Radni Plan

• 1. WP1 Učenje


T1.1 Organising educative events in Croatia 
 T1.2 Attending educative events

• 2. WP2 Unaprijeđivanje znanstvenog profila


T2.1 Organising research events
 T2.2 Supporting and promoting collaborations
 T2.3 Attending conferences
 T2.4 Developing mutual research ideas
 and discuss future DTP research strategy

• 3. WP3 Regionalni utjecaj

T3.1 Outreach to students.
 T3.2 Feedback on local community

• 4. WP4 Diseminacija


T4.1 Publications
 T4.2 Presentations
 T4.3 Outreach

• 5. WP5 Management

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WP1: Učenje

Organizacija znanstvenih škola:

• Multi-topic school Y2 @ RBI :

Standard model + Beyond the SM, 
 Hot problems in Cosmology and Astroparticle physics, 
 Advanced methods of mathematical physics, 
 Hands-on School on Electronic Structure methods

• Statistical physics school Y2 @ RBI

Sudjelovanje u školama:

• Staff will attend lectures abroad Y1-Y2. 


and two schools: QCD @ Orsay
 Statistical physics @ Les Houches

• Grand series of lectures @RBI … Y1-Y3

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WP1:Predavanja @RBI

SISSA experts (32h)


• Selected topics of SM and BSM (A. Romanino 4h)

• Salucci 4h (Dark Matter in galaxies theory and observations)

• Lapi 4h (Structure formation)

• Danese 2h (Cosmology and high redshift probes, supermassive black hole phenomenology). 

• Dirac operator (Dabrowski) (4h)

• Vector bundles and applications to topological quantum field theory (U. Bruzzo) (4h)

• Noncommutative Geometry and the Standard model (K. van Dungen) (4h)

• Solid state - Topics in Numerical Modelling of Materials (S. De Gironcoli) (6h, 3 lectures) 


LPT experts (38h)


• Strong and weak interactions in the SM (A. Abada, S. Descotes-Genon or D. Becirevic)

• Extensions of the Standard Model (A. Abada and/or D. Becirevic)

• Flavour physics in the quark sector (S. Descotes-Genon and/or D. Becirevic)

• Flavour physics in the lepton sector, neutrino in particle physics and cosmology (A. Abada)

• QCD in the nonperturbative regime (D. Becirevic and/or S. Descotes-Genon)

• Selected topics in perturbative QCD (S. Wallon)

• Selected topics of Noncommutative geometry, algebraic methods and differential calculus

(JC Wallet, M. Dubois-Violet) LMU experts (22h) 


• RBI Institute colloquium (G. Dvali);
• EFT methods at the LHC (G. Buchalla)

• Lectures on Conformal Field Theory (R. Blumenhagen) (6h)

• Lectures on Scattering amplitudes in SYM using the Grassmannian formulation and the

amplituhedron (L. Ferro) (6h)


• RBI Institute colloquium, D. Lüst


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• Black-brane solutions in gauged supergravity (M. Haack), (2h)

WP2: unaprijeđivanje znanosti

• Joint organization (at least six events)

Two workshops: - hep phenomenology Y1@LPT


• QCD

Y3 @RBI
 Four conferences:- astroparticle physics Y3 


• solidstate physics

Y3 @RBI


• mathematical physics Y1 @SISSA + Y3
• Supporting collaborations (visits and invitations)
• Attending conferences/giving seminars
• Developing mutual research ideas


and defining future DTP research strategy


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Utjecaj

WP3 Regionalni utjecaj Outreach to students (e.g. inviting to lecture/schools)
 Feedback on local research community
 (open events/colloquia) WP4 Diseminacija Publications + Seminars
 Outreach to general public (e.g. public talks) WP5 Management - the hearth of the project. (WP leaders - Management Board - Adm. Assistant)

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DTP - RBI - SSS - Others

• ur twins

PMF UniZagreb Wide regional environment

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Feedback on Twinning

• Impact on regional environment -


we would like to support/invite external students.

• Excellence follows also from competitive (salary) offers.


But CSA do not contribute to it (e.g. no postdocs).

• Limited involvement of external institutions


(hard to invite other conference speakers)

• Most of the actions targeted to main node…


Most budget and man-months in RBI… For a theory project - this puts a lot of effort on staff…

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Staff effort / max involvement

Total Person/ WP1 WP2 WP3 WP4 WP5 Months per Participant RBI/1 1.20 1.24 0.6 1 39 43.04 SISSA/2 0.30 0.22 0.02 0.12 0.66 LPT/3 0.43 0.29 0.12 0.84 LMU/4 0.24 0.12 0.36 NBI/5 0.15 0.12 0.27 Total 2.32 1.75 0.60 1.02 39.48 45.17

Organization

Person/Months

Total Person/ WP1 WP2 WP3 WP4 WP5 Months per Participant

4m/y/person (RBI)

RBI/1 38 92 3.5 84.5 38 257.0 SISSA/2

5 32.5 0.2

9.75 0.5 47.7 LPT/3 4.5 16.75 0.2 6.35 0.5 28.3

1m/y/pers (nodes)

LMU/4 2.5 10.25 0.2 2.6 0.5 16.1 NBI/5 2.5

4 0.1 2.6

0.5 9.7 Total 53.5 155.3 4.2 105.8 40.0 358.8

Attendance

Person/Months

…quite ambitious program !

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Što istražujemo?

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Fizika Čvrstog Stanja

Topics: Ab initio calculations in materials science.
 Search for novel materials, in particular
 van der Waals heterostructures (layered structures of different vdW materials – such as Graphene, Molybdenum disulfide)

Expertise (SISSA): Development of ab initio (density functional theory) codes and functionals, in particular the functionals for the vdW interaction. see lecture by Stefano De Gironcoli (SISSA)

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Complex systems and Statistical Physics

Example activity: Applications

• f

stochastic networks to cyber security, Evolutionary game theory, Metal-insulator transition, Quantum computing Goal: To learn about bio-networks and formulate 2-3 good research questions to help transition to this direction of

• research. (NBI)

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Čestična fizika

Standard Model:

• Precision calculations!
• Quantum chromodynamics
• Flavour Physics
• Higgs physics

(LPT, LMU) Beyond the Standard Model

• More fundamental theory?
• New signals from LHC?
• Neutrinos need a theory
• Dark matter needs a theory

(SISSA, LPT) see lecture by Sébastien Descotes Genon(LPT)

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Astročestice: misterije kozmosa

• Dark Matter:


Galaxies and theory of Gravitation tell us that there exist a mysterious kind

• f invisible matter…


…with puzzles challenging theorists
 


• Or maybe we must modify the theory
• f gravitation?


• Also the observation of the deep

cosmos challenges us.
 …structure formation

Andromeda

(SISSA) (LPT) see lecture by Paolo Salucci (SISSA) 21

Astročestice: misterije kozmosa

• Dark Matter:


Galaxies and theory of Gravitation tell us that there exist a mysterious kind

• f invisible matter…


…with puzzles challenging theorists
 


• Or maybe we must modify the theory
• f gravitation?


• Also the observation of the deep

cosmos challenges us.
 …structure formation

Andromeda

(SISSA) (LPT) see lecture by Paolo Salucci (SISSA) 21

Matematička Fizika

• Example: an open problem is How to unify Einstein's

theory of General Relativity with Quantum Physics?

• Hypothesis: Is classical space-time insufficient?

…study generalized or non-commutative geometry.
 …no more point particles but extended objects like 
 strings and branes.

• Approach – Generalize the

concept of symmetries in new geometrical picture: dualities, non-commutative gauge theories, holography, higher algebra structure.

Mathematical physics (M.C. Escher)

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Last – kako smo to izveli

Brza suradnja s drugim institucijama! DTP staff - in particular:


Fabrizio Nesti, Kornelija Passek-Kumerički , Vinko Zlatić
 and
 Željko Crljen, Larisa Jonke, Blaženka Melić, 
 Tajron Juric, Predrag Lazić

IRB director

i.e. Tome Antičić i Neven Soić

and project offices


i.e. Vanja Komljenović Lončar

U stvari, 


Projekt je osmišljen, diskutiran i napisan za 1 mjesec


…kolektivni uspjeh DTP-a.

http://rbi-t-winning.irb.hr/

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Gantt timeline

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Overall program

• 1. WP1 Updating knowledge


T1.1.1 SCHOOL multi-topic Y2 @RBI
 T1.1.2 SCHOOL statist phys Y1 @ RBI
 T1.2.1 Grand series of lectures @RBI Y1-Y2
 T1.2.2 Attending lectures abroad Y1-Y2
 T1.2.3 SCHOOL statist phys @ NBI
 T1.2.4 SCHOOL QCD @ orsay

• 2. WP2 Improving research profile


T2.1.1 WORKSHOP phenomen. Y1 @ORS
 T2.1.2 WORKSHOP QCD Y3 @RBI
 T2.1.3 CONFERENCE astroparticle Y3 
 T2.1.4 CONFERENCE solidstate Y3 @RBI
 T2.1.5 CONFERENCE mathphys Y1 @SISSA
 T2.1.6 CONFERENCE mathphys Y3
 T2.2 Supporting collaborations (visits)
 T2.3 Attending conferences
 T2.4 Mutual research ideas

• 3. WP3 Regional Impact


T3.1 Outreach to students.
 T3.2 Feedback on local community

• 4. WP4 Dissemination


T4.1 Publications
 T4.2 Presentations
 T4.3 Outreach

• 5. WP5 Management

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