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CSN4 2005 Andrea Romanino SISSA & INFN
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Page 1: CSN4 2005 - Istituto Nazionale di Fisica Nucleare · 2006-07-21 · H a rd ro n s p c t. We a k ME H e a v y Q u a rk N o n z e ro T C o n fi n e m e n t 0 2. 5 5 7. 5 10 12. 5 15

CSN4 2005Andrea Romanino

SISSA & INFN

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FTE 05

2

INFN

15%

University

50%

Postdocs

19%

PhD students

16%

Total = 714

0

10

20

30

40

50

60

AL

BA

BO

CA

CS

CT

FE FI

GE

LE

LNF

LNGS

LNS

MI

MIB

NA

PD

PG PI

PR

PV

RM1

RM2

RM3

SA

TN

TO

TS

INFN: 4% to 38%

“Young” = 35%

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Evaluation of scientific performance of research structures (MIUR planning and resource distribution)

Evaluation period: 01-03; data produced in 04; evaluation in 05; results 01/06

CSN4: 96/100

• best in INFN

• best when compared with mega structures (physics)

• best when compared with large structures = largest universities (physics)

3

Triennial Evaluation of Italian Research

0.80

0.84

0.88

0.92

0.96

CSN4 PD MI PI RM1 FI NA BO

Rating

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The results reinforce the conclusions of the CSN4 GLV on 2001-2003

2005 update on CSN4 productivity

• (CSN4 ISI papers)/FTE = 1.55

• Papers 2005: 1104 CSN4 out of 2135 INFN: > 50%

• (CSN4 authors)/(all authors) = 0.54

• Scientific events organized: 46 CSN4 out of 120 INFN: 38%

• Presentations at international conferences: 606 CSN4 out of 1509 INFN: 40%

• CERN: ~2 papers/FTE/year (only research, visitor program)

Quality (2001-2003):

• the paper selected for the VTR (110 out of about 2400) all turned out to be among the 10 topcited in their field

More evaluations: the IS’s are evaluated every 3 years by anonymous international referees, which affects the distribution of resources

4

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Training

INFN 05: 623 “Laurea” theses; 201 PhD theses. INFN/(tot. physics) 04:

• Laurea: 509/1725 = 30%

• PhD: 164/313 > 50%

CSN4 contribution CSN4/INFN (04)

• Laurea: 195/509 = 38%

• PhD: 83/164 = 50%

Jobs CSN4/INFN (05): 6/50 = 12% (FTE ratio: 26%)

INFN schools: 8 out of 14 have TH participation

Support for participation to GGI

Sergio Fubini’s prize to best 3 PhD TH theses

• 2005: Paolo Creminelli (PP), Pierpaolo Mastrolia (PP), Laura Tamassia (S&FT)

• 2006: Cristian Bisconti (NP), Cecilia Tarantino (PP), Giovanni Villadoro (PP),

5

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The postdoc market

Opening 2005 for 6 non-permanent researcher positions; analysis on the 31 ‘idonei’ (120 applicants)

6

worth US Assistant professorship

worth US Full professorship

J.E. Hirsch, [physics/0508025]

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Internationalization

Estimate of the research budget allocated for international collaborations: 50%(missions + invitations + ½ seminars)

in particular: 300 month*person foreign researchers visiting every year (10% of the budget)

60% of papers have at least 1 foreign affiliation

Collaboration agreements with ITEP, JINR, IHEP-Dubna (Russia), CYCIT (Spain), CTP-MIT (USA), ICTP, ECT-Trento, MIT (including exchange of senior and young scientists, graduate training)

APE project: DESY & NIC (Zeuthen) + Univ: Beaulieu (Rennes), Paris-Sud (Orsay), Blaise Pascal (Clermont)

7

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Research projects (IS’s)

Are grouped in scientific Sectors:

FTE/IS: 11 (2005) →12.5 (2006)

8

Sector IS 2005 IS 2006 Fate

String and Field Theory 20 12 7 → Stat Phys, 1 ✄

Particle Phenomenology 17 13 3 eaten up, 1 ✄

Nuclear Physics 12 11 1 evolved, 1 ✄

Mathematical Methods 10 7 2 → Stat Phys, 1 ✄

Astroparticle & Cosmology 5 5 3 new in past years

Statistical Field Theory - 9 Rib of S&FT (and MM)

Total 64 57 4 ✄, 3 eaten up, 1 evolved

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FTE 2005

0

25

50

75

100

125

String and FieldTheory

ParticlePhenomenology

Nuclear Physics MathematicalMethods

Astroparticle &Cosmology

Statistical FieldTheory

INFN

university

postdoc

PhD students

9

FTE 05 in the scientific Sectors

220 130 96 85 90 94

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VTR of scientific areas

10

0,00

0,10

0,20

0,30

0,40

0,50

0,60

0,70

0,80

0,90

1,00

String and Field

Theory

Particle

Phenomenology

Nuclear Physics Mathematical

Methods

Astroparticle &

Cosmology

Statistical Field

Theory

% of FTE

% of Papers

Rating

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String and Field Theory

Strings and string-inspired QFT models

• D-branes, flux compactifications, higher spins...

String-gauge duality

• AdS/CFT, duals of non-conformal, non-SUSY theories

Cosmological applications

• pre big-bang cosmology, string-inspired inflationary models

General relativity

• quantum gravity, black holes

NP dynamics of gauge theory

• istantons, confinement, dynamical symmetry breaking, FT in NC space-time

Lattice studies of NP dynamics

• QCD vacuum, QCD @ high T or ρ

11

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A few highlights

String compactification with fluxes

• understanding geometry of CY spaces with fluxes [MI, RM2, LNF, TO]

BH entropy and topological strings

• checks of conjecture and study of implications [PR, TO, LNF]

Dynamical supersymmetry breaking in string theory and AdS/CFT [TS, MI]

• CFT: conformal and too supersymmetric

• combine fractional D3-branes and a new type of CY: dynamical SUSY breaking in non conformal theory

• compelling spontaneous supersymmetry breaking mechanism in string theory and implications for low energy supersymmetry

12

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Page 13: CSN4 2005 - Istituto Nazionale di Fisica Nucleare · 2006-07-21 · H a rd ro n s p c t. We a k ME H e a v y Q u a rk N o n z e ro T C o n fi n e m e n t 0 2. 5 5 7. 5 10 12. 5 15

Particle Phenomenology

LHC: particle physics at the verge of a revolution? Prominent role of INFN TH in paving the way to the LHC era

• taking full advantage of experimental constraints to investigate LHC scenarios

• making the interpretation of LHC results possible

(both necessary, see also MCWS)

Research lines

SM and Beyond

• Scenarios for LHC (and beyond). Origin and stability of the EW scale

- Supersymmetry

- Models with (accessible) extra-dimensions

- Strong interactions at the multi-TeV scale

- Implications of LEP and Tevatron physics (PTs, mass bounds, light Higgs)

• EW effects at colliders and other corrections (H, t, g-2...)

13

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Flavour Physics

• Lepton masses and mixings

• Quark masses and mixings

- Origin of mass and mixing pattern

- Indirect NP effects

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Flavour Physics

• Lepton masses and mixings

• Quark masses and mixings

- Origin of mass and mixing pattern

- Indirect NP effects

Lattice, EFT (ChPT, Heavy Quark, EW) crucial

• CP, T, Li violation, rare decays

• Flavour effects at and constraints from the LHC

14

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QCD

• Perturbative QCD at colliders

- Higher order corrections (H, t, W, Z)

- Resummation (Heavy Flavours, Higgs Production, multi-jets,...)

• Montecarlo simulations (LHC, Tevatron, HERA)

- NLO and multileg matching

- HERWIG, MC@NLO, CKKW, ALPGEN, validation

• EFT methods for heavy flavour decays (Daphne, Babar, Belle)

• Lattice

- Quark masses

- Decay constants and matrix elements

- Finite T QCD

- Other NP physics (QCD vacuum, chiral lagrangian, NP symmetry breaking)

15

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Nuclear Physics

Nuclear structure

• Exotic nuclei, systems with few nucleons

• EoS of nuclear matter, neutron stars, superfluid pulsars

• Collective excitations in multi-fermion systems

Nuclear reactions

• Giant resonance excitations, isotopic spin effects in liquid-vapor transitions

• Effective lagrangians, transport equations

• EW probes of nuclei

Quark-gluon plasma and heavy ions

• Testing deconfinement at SpS, RHIC, LHC (Alice)

• T-µ phase diagram (lattice QCD, EFT)

16

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The QCD phase diagram

17

QGP (SPS,RHIC, ALICE)

Hadronic Matter

Nuclear Matter

Courtesy of A. Polosa

~150 MeV

Color SuperconductivityGravitational waves

Glitches

~10 MeV

Strangeness enhancement, Charm suppression, Jet quenchingHadronization models (exotic diquark-antidiquark states)Deconfinement and chiral symmetry restoration (LQCD, EFT)

Astrophysics1 GeV

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Astroparticle and Cosmology

Neutrino physics

• oscillation physics and 0ν2β decay

• cosmology and astrophysics

Dark matter and dark energy

• models and signals

Early universe

• inflation, CMB, baryogenesis, BBN, LSS

• brane cosmology, extra-dimensions

UHE cosmic rays, high energy neutrinos, γ-ray bursts

Nuclear astrophysics

Cosmological and astrophysical sources of gravitational waves

18

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Mathematical Methods

Foundations of quantum mechanics and applications

• entanglement and quantum information

• interpretation

Non commutative geometry and quantum groups

Integrable models

Non linear dynamics

Constrained systems

19

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Statistical Field Theory

TH particle physics methods applied to statistical mechanics, biological systems

Fundamental Physics

• Integrable models and low dimensional systems

- e.g.: Ising model with CFT & integrable systems methods: spectra and widths of stable excitations

• Complex and out of equilibrium systems

- e.g.: disordered and frustrated systems also with large N, MC methods, and lattice simulations (APE)

Applied physics

• Quantitative biology (with biologists, physicians, chemists, APE)

• Turbolence (APE)

• Strongly correlated systems

20

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APE

apeNEXT installation completed: 13 towers in RM1, 10TFlops overall: x10

CSN4 involved in software and hardware: an expertise asset for INFN

International collaborations: INFN + DESY & NIC (Zeuthen) + Univ: Beaulieu (Rennes), Paris-Sud (Orsay), Blaise Pascal (Clermont)

Architecture adopted e.g. by IBM Blue Gene

Collaboration with high tech industry; in general: excellent (VTR) example of technology transfer

Applications (BA, FE, LNF, LNGS, MIB, PR, PI, RM123):

• Lattice Gauge Theory (SM & Beyond, NP aspects of GT, QCD @ high T or ρ)

• Statistical Field Theory and complex systems

• Turbolence

• Quantitative biology

21

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Use of APE: Lattice 04 apeNET

• fast PC interconnection

• completed (16 PC cluster in RM2)

• commercial applications (PC clusters)

Next?

22

Hardron spct. Weak ME Heavy Quark Nonzero T Confinement0

2.5

5

7.5

10

12.5

15

17.5

20

22.5

25

27.5

30

32.5

35

37.5

40

TotEutotApemille

Hadron spectroscopyWeak Matrix ElementsHeavy quark physicsFinite T and densityColour confinement

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23

Organizes and hosts TH particle physics (in a broad sense) workshops (unique in Europe)

2-3 2-3 month workshops/year

~20 high profile participants at any time, stay 3 weeks or more

Additional CSN4 support for shorter participation of young researchers (’days-person’)

Workshop cost: ~50k€/month (~5 months in 2006, ~7 months in 2007)

Oct 2004: Agreement between INFN and Florence UniversityDec 2004: Report of Launching Committee Feb 2005: Advisory and Scientific Committee appointedFeb 2005: Call for workshop proposalsApr 2005: Selection of the 2006 workshops:

• New directions BSM in Field and String Theory (2/5-30/6)• Astroparticle and Cosmology (28/08-11/11)

Sep 2005: GGI inaugural conferenceSep 2005: Selection of the 2007 workshops

• High Density QCD (15/01-9/03)• String and M Theory Approaches to Particle Physics and Cosmology (19/03-22/06)• Advancing Collider Physics: from Twistors to Monte Carlos (27/08-26/10)

May 2006: First workshopSep 2006: Selection of the 2008 workshops

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24

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24

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24

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Statistics

• 9 weeks (2/5-30/6), 73 selected participants + 4 + 6 (~150 apps)

• 77 = 37 Europe + 35 North America + 5 Others (25% Italians)

• Average stay: 19 days

High scientific and organizational standards

• Participants

• Seminars + colloquia + joint conference with Johns Hopkins Workshop (30th)

• Stimulating scientific atmosphere, (very!) lively discussions

• Positive feedback from the participants (come-backs), papers are being produced

Benefits for Italian theoretical physics:

• Top level international implant in the fertile Italian context

• Participants from TO, LNGS, RM1, RM2, TS, FI, MIB, PD, PI, LE, SA

• Other Italian activities of participants

Minor issue: reimbursements (Italians)

New directions BSM in Field and String Theory

25

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Montecarlo Workshop

3-4 short workshops in 2006- in preparation for LHC (27-28/02, 22-24/06, 23-25/10)

A framework for integration (including pedagogical efforts) and interactions of

• Theorists interested in LHC physics (Montecarlo + Models)

• Experimentalists (mostly ATLAS + CMS)

taking advantage of the vast experience of the Italian MC community (COJET, HERWIG, MC@NLO, CKKW, ALPGEN, ...) and the traditional attention paid by the Italian BSM community to the experiment

Test of Models for LHC physics involve:

• prediction for production cross section of new particles and their decays into SM particles (τ < thad)

• fragmentation, hadronization, more decays (τ > thad)

• trigger and signals in the detector

• comparison with SM background

26

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Topics:

• Shower MC: development, interface with tree level and NLO calculations

• Matrix elements: automatic computation of complex microscopic amplitudes (multilegs, loops)

• BSM: Signals and BKGS

• Experimental studies: detector simulations and calibration with SM physics

Stimulates

• interactions over the whole range of expertise (string-experimentalist!)

• the MC community to implement a variety of options currently studied by the BSM community in their codes

• the BSM community to focus on signatures

27

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28

Summary

Research (spectrum and leadership)

Evaluation

People: 35% fixed-term (15% INFN, 50% university staff)

Training, young researchers, jobs and postdoc market

Internationalization

Developments

• RM31 and Alice

• GGI

• MCWS

• APE next?


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