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Report from the coordinator of the projects
R. Nania
Giornate di Studio
Progetti del Centro Fermi 2019-2021
December 18
th-19
th2018
EEE
MUSEUM
Fundamental
PHYSICS ENERGY
MEDICINE CULTURAL
HERITAGE
HISTORY PHYSICSOF
Centro Fermi
VIEWLAB
Interdisciplinary projects 2018
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Fundamental
PHYSICS
• 25x25 cm
2SiPM at L-Argon temperature for Darkside exp. at LNGS
• Outreach with schools
Quark Gluon Colored WORLD: Alice and beyond
QGCW
K-SiPM
SiPM Criogenici Starting project3
• Λc/D ratio > MC expectations
• Completed Run II, with 0.9
nb
-1Pb-Pb
Fundamental
PHYSICS
• Finalizing design of LARES-2
• Launch foreseen in 2019-
• External funds from ASI2020
• VIP-2 experiment at LNGS taking data
• Possible applications of the SDD detector in medicine
• New limit on PEP violation
Fisica Fondamentale nello Spazio
FISP
Problematiche Aperte della
PAMQ
Meccanica Quantistica
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Fundamental
PHYSICS
• New transducer based on micro bubbles in silice to measure photo-acoustic signals
• Development of nano- aggregate of Ag able to considerably increase the absorbtion of light
Characterization of nanolayered SiO2/TiO2 films at Univ. Sannio
ICORE
Innovative Mirror Coating Research
Microcavità Fotoniche
MIFO
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• Complete low-power hybrid ADS preliminary studies
• Progress towards neutron monitoring based on diamond detectors
• First prototype operated and successfully tested in Padova
• Installation in Agrigento (Sicily) started
Fotovoltaico a concentrazione
CPV
ENERGY
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Sistemi Intrinsecamente Sicuri – Accelerator
SIS
Driven Systems for Research on Nuclear Technology
• Completed analysis on cerebral hemodynamics
• Progresses in studies on cerebral networks subject to external stimulation or applied to specific pathologies ( Down syndrome, Alzheimers deseas…)
• PAMINA project completed
• Completed studies on the effect of movements on functional connectivity
• Publication on the brain metabolic dynamics associated to stimulation.
TMENS
Tecniche di Risonanza Magnetica Funzionale del Cervello
PAMINA
MICROBRADAM
MEDICINE
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“In vivo” studies has been conducted on
volunteers. The contribution of neurovascular couplings is still being studied
Microcircuiti Neuronali Locali
MNL
MEDICINE
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• First SBAM sensor produced at FBK and being tested
• Software for electronic simulation and track
reconstruction completed
MONDO
Monitor for Neutron Dose in Hadrontherapy
Imaging Dosimetrico per Adroterapia
IMOD
MEDICINE
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• Completed the improvement in the readout system to avoid dead time
• Complete mounting at CNAO for clinic tests
• Various MicroCT (Neanderthal of Saccopastore….)
• Ancient Landscape studies (Region Friuli Venezia Giulia)
• Dissemination of Open-Source software for 3D rendering
• Progress towards upgrade of a movable system for TAC of large objects
• VIEWLAB
Sistemi Diagnostici per Tomografia
TTRX
Tridimensionale con Raggi X
SAPIENS
Microtomografia per l'Archeologia e la Paleoantropologia
CULTURAL HERITAGE
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• Strong collaboration with ISIS laboratories with the development of a system of Compton suppression for background improvement
• Several measurements performed (bones, tissues and various ancient artifacts)
• VIEWLAB
TNAAF
Tecniche Neutroniche per Archeologia e Analisi Forense CULTURAL
HERITAGE
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Completion of the studies on the electrification of the transports in Italy, with an article being published on Quaderni di Storia della Fisica Publication of the volume I Fisici
Senatori: 1848-1943 (with SIF)
HISTEL
Elettrificazione e Illuminazione in Italia tra il XIX e XX Secolo
HISTORY PHYSICSOF
HISTEN
I Fisici Italiani tra Ricerca Scientifica e Impegno Civile
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HISTORY PHYSICSOF
• Research completed for period 1770- 1918 (>1000 names!).
• Online Data-Base available
• First booklet being published with the
Quaderni di Storia della Fisica 13
HISTPRO
Prosopografia della Fisica Italiana
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Few statistical plots
0 2 4 6 8 10 12 14 16 18 20
CF Presentations at Conference 2018
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16
160
4000
1,259 pubblications 26,720 sum of citations
21.22 average citation per article
Number of Publications
Number of Citations WebOfScience
0 2 4 6 8 10
12 Grants per project 2018
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CONTRIBUTIONS FROM INDIVIDUAL PROJECTS
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BioTarget- Radiazioni Ionizzanti: Effetti su nuovi Target Biologici L. Bruni , S. Croci
Cosmological Radiative Transfer in Early Structure (CORTES) A. Pallottini , A. Ferrara
HIGHSPINS - Higher Spins and their Symmetries D. Francia V. Lubciz
Sistemi complessi e autogravitanti F. Sylos Labini
The Double Copy Paradigm A. Marrani , G. Dall'Agata
Onde gravitazionali da sistemi binari coalescenti A. Nagar G. Veneziano
Sugraphene: The Algebraic and Geometric Structure of Supergravity from black holes to condensed matter
B.L. Cerchiai M. Trigiante
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Project completed
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BioTarget - Ionizing Radiations Effects on Biological Targets
Coordinator:
Simonetta Croci- Professore Associato; Dip. Medicina e Chirurgia, Unità di Neurosc., Univ. di Parma
Participants:
Luca Bruni - grant Centro Fermi 31thAugust 2018 – 31thAugust 2019
Massimo Manghi - Professore Associato; Dip. Medicina e Chirurgia, Unità di Neurosc., Univ. di Parma
PROJECT GOAL: the investigation on cell cytoskeleton as new biological target of ionizing radiations (IRs). The study models are: Hs 578T (human breast cancer cell line) and Hs 578Bst (human breast epithelial cell line). Herein are compared two diverse IRs, within different relative biological effectiveness (RBE): X-ray and protons. The component of the cytoskeleton looked into is β-actin, which is one of the most common cytoskeleton protein. Followed by cytoskeleton investigations, by means confocal and atomic force microscopy (AFM), the damages are outlined.
Work placecs & Collaborations:
• DIPARTIMENTO DI MEDICINA E CHIRURGIA, UNITÀ DI NEUROSCIENZE, UNIVERSITÀ DI PARMA; CIM - Centro Interdipartimentale Misure – Università di Parma
• TIFPA - Trento Institute for Fundamental Physics and Applications
• CENTRO DI PROTONTERAPIA - Trento 22
MILESTONES 2018 - Experimental The set up for proton and X-ray irradiations of Hs 578Bst cell line was successfully defined thus the beam line time was obtained from the 12th to 14th February 2018. The cell membrane denaturation protocol followed by cell fixation procedure were performed as expected. These achievements allowed the AFM measurements of cell topographies. The computational analysis of the AFM images by means hough and curvelet transform are ongoing, showing a higher distribution of shortest fibers in case of 8Gy proton irradiated samples respect to control and to 25 Gy X-ray irradiated samples.
The publication “PS2.M: Looking for a potassium biosensor. L. Bruni et al., Eur. Phys. J.
Plus (2018) 133: 337” leaded to sense K+concentrations into the supernatants of the irradiated cells. Pertaining this side of the project the folding protocol of PS2.M, bringing to detect K+is ongoing.
Normalized fiber number Normalized fiber number
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MILESTONES 2019 protons and X-ray Irradiation of Hs 578Bst and Hs 578T cell lines. Doses:
16Gy and 8Gy. 16Gy will be fractionated in two doses of 8Gy each. By means Immunocytochemistry staining of β-actin, a specific component of the cytoskeleton will be selected and imaged. The confocal microscopy images of the stained cells will be compared with AFM images of whole cell cytoskeleton.
The definition of a dosimetric parameter based on cell image analysis performed by the wavelet analysis combined with the curvelet transform, will be updated. In order to detect alleged K+ outflows due to irradiations, K+concentration will be detected into the cell supernatants by PS2.M.
What we would kindly ask to Centro Fermi about 2018 – 2020
The financial support for mission expenses concerning experiments which need of facilities out of the usual laboratories. To be supported on expenditures on attending national and international meetings and conferences and on lab purchasing (e.i. reagents, plastics) for working on the
“biotargets” project.
Congresses: BBS (British Biophysics Society) - 11th -13th July, Southampton (UK); ERRS:
44th (European Radiations Research Congress), 21th – 25th August, Pécs (Hungary); SIF 104° (Congresso della Società Italiana di Fisica), 17th – 21th September, Rende (Italy);
Nanoscientific Forum Europe, 10th – 12th October, Freiberg (Germany).
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Transient spiral arms and galaxy rotation curves
• Study of relaxation of self gravitating systems
• Study of out of equilibrium self gravitating systems
• Study of the velocity field of the Milky Way
• Study of the velocity fields of external galaxies
Francesco Sylos Labini
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Transient spiral arms and galaxy rotation curves
D. Benhaiem, M. Joyce, F. Sylos Labini T. Worrakitpoonpon Particle number depen- dence in the non-linear evolution of N-body self-gravitating systems" Monthly Notices of the Royal Astronomical Society, Volume 473, Issue 2, p.2348-2354 (2017)
D. Benhaiem, M. Joyce, F. Sylos Labini Transient spiral arms from far out of equilibrium gravitational evolution" Astrophysical Journal, 851, 19 (2017)
L. Cosmai, G. Fanizza, F. Sylos Labini, L. Pietronero, L. Tedesco \Fractal universe
and cosmic acceleration in a Lema^tre-Tolman-Bondi scenario" Classical and Quantum Gravity, in the press (2018) arXiv:1810.06318
M. Lopez-Corredoira, F. Sylos Labini, Gaia-DR2 extended kinematical maps Part I:
Method and application" Astron.Astrophys. in the press (2018) arXiv:1810.13436
Francesco Sylos Labini
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Transient spiral arms and galaxy rotation curves
M. Lopez-Corredoira, F. Sylos Labini, P. M. W. Kalberla, C. Allende Prieto Radial velocities in the outermost disk towards the anticenter" Astronom. J. in the press (2018)
F. Sylos Labini, D. Benhaiem, Sebastien Comeron, M. Lopez-Corredoira Non-axisymmetric models of galaxy velocity maps" Astron.Astrophys. in the press (2018)
D. Benhaiem, M. Joyce, F. Sylos Labini Non-stationary spiral-like structure from collapse of rotating ellipsoidal clouds " Physical Review E submitted (2018)
M. Lopez-Corredoira, F. Sylos Labini, Gaia-DR2 extended kinematical maps Part II:
Dynamics" in preparation (2018)
F. Sylos Labini, L.D. Pinto and R. Capuzzo Dolcetta, Gravitational collapse of dissi- pative systems" in preparation (2018)
Francesco Sylos Labini
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Updates from CORTES:
Cosmological Radiative Transfer in Early Structures
• Andrea Pallottini:
In collaboration with:
A. Ferrara, M. Kohandel, T. K. D. Leung, S. Gallerani, L. Vallini, G. Ucci, D. Decataldo, S. Carniani, V. D’Odorico, C. Feruglio, C. Behrens, S. Bovino, K.P. Olsen, S. Salvadori
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The interstellar radiation in high-z galaxies
●
zoom in simulation of high-z galaxies
Pallottini+17a●
with non-equilibrium chemistry
Pallottini+17b●
with radiation
hydrodynamics
Pallottini+in prepStellar mass build-up through cosmic
time of Freesia and its satellites soft UV radiation field H ionzing radiation
gas accretion and merging star formation in molecular regions
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Investigating the nature of emitters at high-z
• Far Infrared emission
lines seen in imaging and spectra
Kohandel+in prep Leung+in prep
How inclination affect the observation with ALMA?
The properties of molecular clouds in primordial galaxies
How does the extreme properties of these environment affect the sites of star formation?
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TEOBResumS
GW modelization
Alessandro Nagar
Centro Fermi, INFN Torino and IHES
Time-domain effective-one-body waveforms from coalescing
compact binaries with nonprecessing spins, tides and self-spin effects
ACTIVITY
GW data-analysis (parameter estimation) needs to rely on accurate and complete semi-analytical waveform models
• Development and implementation of TEOBResumS, BBHs & BNS, spin-aligned, [Nagar et al., Phys. Rev. D 98, 104052] Tested on GW150914 (BBH) and used on GW170817 (BNS)
• Use of the post-adiabatic approximation to tremendously speed up the waveform generation, [Nagar & Rettegno, arXiv 1805.03891 (in press)]
• Development and testing of phenomenological model for representing the tidal
interactions as obtained from numerical relativity simulations [Dietrich et al.,1804.02235]
• Exploration and development of new factorization and resummation approach to improve the behavior of the post-Newtonian expanded waveform amplitudes in the strong-field, fast velocity regime
[Messina, Maldarella, Nagar, Phys. Rev. D 97, 084016]
• Exploration & testing (versus state-of-the-art numerical simulation) of the tidal sector of TEOBResumsS [Akcay et al, 1812.02744]
• Extension of TEOBResumS so to incorporate nonlinear-in-spin effects (spin-quadratic, spin-cubic, spin quartic) with their dependence on the equation of state [Nagar et al, to appear]
Physically most complete (and NR-accurate) effective-one-model-based, spin- aligned, waveform model for coalescing black-hole and neutron star binaries:
TEOBResumS: Nagar et al., Phys. Rev. D 98, 104052
•
Only existing EOB model fully independent from existing waveform models in LIGO/Virgo
• PE of the binary neutron star GW170817: arXiv:1811.12907
Masses
Tidal polarizability (EOS)
Grantee: Bianca Letizia Cerchiai
Work Institution: Politecnico di Torino, DISAT Bando: 5(18)
Scientific Supervisor: Mario Trigiante
Other members of the group: L. Andrianopoli, R. D’Auria
Objectives: Study of the structure of supergravity by means of its symmetries, in particular dualities, with the aim of applying them to concrete physical models, such as graphene and more general Weyl semimetals in condensed matter.
Dualities, like (generalized) electric-magnetic duality and holography, are a crucial feature of supergravity, and they provide a key to the understanding the non- perturbative properties of the theory. Specifically, the gauge/gravity correspondence relates a strongly coupled gauge theory in D dimensions to a classical gravity theory in one dimension higher, allowing a description of a 2+1 dimensional layer of graphene through a supergravity theory in a 3+1 dimensional anti de Sitter space, a simple example of a curved space-time. This top-down approach from higher to lower dimensions is more predictive than the more common bottom-up one, as it is strongly constrained by the properties of the supergravity theory in D=3+1, such as supersymmetry.
We are discussing with the condensed matter groups of the Politecnico di Torino: Prof.
Laviano (experimental) and Prof. Dolcini (theoretical) 34
Sugraphene: The Algebric and Geometric Structure of Supergravity from black holes to condensed matter
-Holographic description of graphene starting from a supergravity theory with boundary on AdS4
2018: Reached 100% in[L. Andrianopoli, B.L. Cerchiai, R. D’Auria, M. Trigiante, JHEP 04 (2018) 007]
We have identified the N=2 supergravity solutions with a locally AdS4 geometry and the correct asymptotic behaviour in the Fefferman-Graham parametrization, i.e. the ``ultraspinning" limit of an AdS4Kerr black hole,so that they reproduce a model (AVZ) describing graphene[Alvarez, Valenzuela, Zanelli, JHEP 1204 (2012) 058]in D=2+1.
- Unconventional Gauge Fixing for Chern-Simons Supergravity [with L. Andrianopoli, P.A. Grassi, M.
Trigiante]
2018: Reached 80%: In a collaboration with UPO, we have explained the relation between the propagating spinor in the AVZ model and the supersymmetry parameter as a particular gauge fixing of CS-SUGRA in the BRST formalism.
2019: We want to analyze the inequivalence of this gauge fixing with the standard one, interpreting it as a twist.
-Topological properties of the D=2+1 theory[with L. Andrianopoli, R. D’Auria, R. Olea, M. Trigiante, J. Zanelli]
2018: Reached 60%: In collaboration with groups in Chile, we have studied the topological properties of the theory in D=2+1, particularly at the boundary of a 1+1 interface (boundary currents), identifying the topological index.
2019: We want to investigate the holographic interpretation in terms of the D=3+1 supergravity theory.
- N>2 Extension of the Unconventional Supersymmetry [with L. Andrianopoli, R. D’Auria, R. Noris, M.
Trigiante]
2019: This should allow the extension to a Non-Abelian gauge group and the study of the spin-orbit interaction.
- New supersymmetric self-dual M2-flux brane solutions of D=11 SUGRA with discrete symmetry group PSL(2,7) [with P. Fré, M.Trigiante]
2019: In a collaboration with UniTo we are constructing new elementary M2-branes with non-constant flux.
Sugraphene: Milestones
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The Double Copy Paradigm
Grantee: Alessio MARRANI
Current expiration of the Grant: 30/09/2019 [started on 01/10/2018]
Work Institution: Dip. Astronomia e Fisica, Univ. di Padova Scientific Supervisor: Prof. Gianguido Dall’Agata
Roma, December 18, 2018 36
Basic Ideas :
Yes : M.J.Duff and collaborators, 2013-16
Yes : M.J.Duff and collaborators, 2013-16
M.J.Duff, AM et al., Phys. Rev. D96 (2017) no.2, 026013 M.J.Duff, AM et al., Nucl. Phys. B934 (2018) 606-633
2
The Double Copy Paradigm
Roma, December 18, 2018 37
One aim of this research project is the application of this paradigm to black hole physics :
Application to computation
of classical gravitational wave spectrum in a scattering process
directly from the double copy?
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