Titles of the Theses available for the PhD XXXIII cycle

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1 Titles of the Theses available for the PhD XXXIII cycle In this document we list all the theses available for the XXXII cycle at the University of Roma Sapienza, at the University of Roma Tor Vergata, and at INAF. Theses available at Sapienza, University of Roma a) Study of clusters of galaxies with Sunyaev-Zel dovich effect by hydrodynamic simulations and observations and cosmological implications. Tutor: M. De Petris, in collaboration with G. Yepes (Universidad Autonoma de Madrid), F. Meyet and J. Macias-Perez at LSCP (Université de Grenoble Alpes). b) Characterization of an optical combiner for bolometric interferometry at millimetre wavelengths: models, tests and calibration. Tutor: Tutor: M. De Petris, in collaboration with C. O Sullivan (National University of Ireland). c) Super massive Black Holes and their Host Galaxies. Tutor: R. Capuzzo Dolcetta, in collaboration with ARI and Max Planck I fur Astronomie, Univ. of Surrey e Heidelbrg. d) Dynamics of Exoplanets. Tutor: R. Capuzzo Dolcetta, in collaboration with Univ. of Leiden e) Weak lensing with Euclid. Tutor: R. Maoli, co-tutors: R. Scaramella, V. Cardone (Osservatorio di Monteporzio) f) Spectroscopic characterization of extrasolar planet s atmospheres using balloon and space instrumentation. Tutor: E. Pascale g) High redshift galaxy evolution with MUSCAT mm-wave photometer on the Large Millimetric Telescope. Tutor: E. Pascale h) Implementation and optimization of the QUBIC experiment. Tutor: S. Masi i) "Tests and calibration of the OLIMPO experiments". Tutor: S. Masi j) "Observational cosmology: Data analysis for the LSPE experiment. Measurement of CMB polarization at large angular scales. Tutor: F. Piacentini k) Observational cosmology: Attitude control system and attitude reconstruction for the OLIMPO balloon borne telescope. Tutor: F. Piacentini l) Testing the nature of compact objects with gravitational waves. Tutor: V. Ferrari, Co-tutor: P. Pani m) Constraining the equation of state of neutron stars with astrophysical and gravitational wave observations. Tutor: V. Ferrari, co-tutor: L. Gualtieri

2 n) "The Formation and coalescence sites of gravitational wave events from compact binaries Tutor: R. Schneider, co-tutor: S. Piranomonte o) Simulating the feedback-regulated assembly of the first galaxies in the era of JWST". Tutor: R. Schneider, co-tutor: L. Graziani p) Development of Kinetic Inductance Detectors for the Cosmic Microwave Background. Tutor: P. De Bernardis q) Observations and Calibration optimization, and data analysis of the Large-Scale Polarization Explorer Tutor P. De Bernardis r) Strangeness in dark matter: strong interactions particle conglomerates as components for galactic halos in spheroidal galaxies. Tutor: M. Merafina, co-tutor. K. Piscicchia. in collaboration with INFN-LNF s) Stellar evolution and dynamics in Galactic globular clusters: a new approach to the open question of the multiple stellar populations. Tutor: O. Straniero, Co-tutor: M. Merafina t) Cosmological constraints from weal lensing surveys. Tutor: A. Melchiorri u) Investigating the nature of the dark matter component with current and future cosmological surveys. Tutor. A. Melchiorri v) Astrophysics and fundamental physics with high sensitivity accelerometers. Tutor: F. Santoli. Co-tutor: F. Ricci, R. Rapagnani. w) Optimizations Techniques for trajectory determination of interplanetary space veichles Tutor: F. Curti, Co-tutor: P. Teofilatto x) All-sky search of periodic gravitational waves in LIGO and Virgo data. Tutor: Cristiano Palomba, co-tutor: Piero Rapagnani. Theses available at University of Rome Tor Vergata y) Analysis of noise sources limiting the sensitivity of the gravitational wave detector Advanced Virgo. Tutor: V. Fafone z) Development of new sensing techniques for adaptive optical systems in gravitational wave interferometers. Tutor: V. Fafone, co-tutor: A. Rocchi a) Characterization of exoplanetary atmospheres. Tutor: A. Balbi, co-tutor: L. Mancini b) "Accurate properties of transiting exoplantes via high-precision photometry ". Tutor: L. Mancini, co-tutor: A. Balbi c) Extreme Space Weather Events: Advances in Understanding and Forecasting.

3 Tutor: D. Del Moro, Co-tutor: M- Laurenza d) Stellar Convection: Turbulence and Magnetic Field. Tutor: D. Del Moro, Co-tutor: G. Consolini e) Ensemble AGN variability studies and the relation between the X-ray and optical emitting regions Tutor: F. Vagnetti. f) Perturbation Theory and Galactic Dynamics. Tutor: G. Pucacco g) Precise Orbit Determination for measurements in the field of General Relativity and Space Geodesy. Tutor D. Lucchesi. Co.Tutors: G. Pucacco e M. Bassan. h) Investigation of Astrophysical Signature of axion-like particles (ALPS) in galaxies and clusters of galaxies observed in the X-ray band with Chandra and XMM-Newton. Tutor: P. Mazzotta, co-tutor: F. Nicastro i) Physics of the intracluster medium from X-ray observations of clusters of galaxies. Tutor: P. Mazzotta j) Dark Energy models confront with low red-shift observations Tutor: N. Vittorio k) Next generation solar telescope: design of a first-light-instrument. Tutor: F. Berrilli, Co-tutor: L. Giovannelli. l) Space Weather on (extra)solar planets: the role of the central star. Tutor: F. Berrilli, Co-tutor: C. Plainaki m) Modeling of black hole winds, form the horizon up to galaxy scales. Tutor: F. Tombesi. Co- Tutors: F. Vagnetti, E. Piconcelli, L. Piro n) Study of the black hole feeding and feedback phases in galaxy clusters and groups. Tutor: F. Tombesi. Co-tutor: F. Fiore, F. Panessa. o) The dark matter content of nearby dwarf spheroidal galaxies Tutor: G. Bono, Cotutor: M. Dall Ora p) The metallicity distribution of the Galactioc Bulge Tutor: G. Bono, Co-tutor: I. Ferraro q) Age distribution of old open clusters using near-infrared images collected with AO systems Tutor: R. Buonanno, Co-Tutor. F. Fiorentino r) Stellar Pupulations and variables in nearby stellar systems Tutor: R. Buonanno, Co-tutor: M. Marconi

4 Theses available at INAF OAR (Osservatorio Astronomico di Roma- Monte Porzio) s) Indirect Dark Matter searches at the TeV domain with current and next- generation imaging atmospheric Cherenkov telescopes Tutor: S. Lombardi, Co-tutor: L. A. Antonelli t) Our Solar System: a reserve of pre-biotic material Tutor: E. Dotto, Co-tutor: E. Mazzotta-Epifani u) Tracing the evolution of mass accretion in young protostars Tutor: B. Nisini, Cotutor: S. Pezzuto, R. Schneider v) The contribution of faint AGNs to the ionizing background at high redshift Tutor: A. Grazian, Co-tutor: E. Giallongo w) Cosmological parameters with Euclid Tutor: R. Scaramella, Co-tutor: V. Cardone x) Pollution from AGB stars and their role in the life cycle of the Universe Tutor: M. Di Criscienzo, Co-tutor: R. Schneider y) Study of the properties of a new class of X-ray pulsators Tutor: G.L. Israel, Cotutors: G. Rodriguez, P. Casella, A. Papitto, L. Stella z) The variable Universe: multi-band study of transient sources Tutor: P. Casella, Co- Tutors: G.L. Israel, E. Brocato, V. Testa, L. Pulone, S. Piranomonte a) The physical properties of high redshift VANDELS galaxies from spectrophotometric fitting Tutor: M. Castellano, Co-tutor: L. Pentericci IAPS (Istituto di Astrofisica e Planetologia Spaziali) b) Observation perspectives, construction and calibration of the focal plane polarimeter of the NASA-ASI SMEX mission "Imaging X-ray Polarimetry Explorer" IXPE.. Tutor: P. Soffitta Co-Tutors: D. Del Moro, G. Israel. c) Pinning down the progenitors of Gamma-ray Burst: from present observations to future with the large X-ray observatory Athena. Tutor: L. Piro; Co-Tutors: P. Mazzotta, F. Fiore. d) Search for high energy counterparts of gravitational wave events. Tutor: A. Bazzano e) Multifrequency study of accretion and ejection phenomena in Active Galactic Nuclei in isolated and merging galaxies. Tutor: A. De Rosa, F. Panessa; Co-tutor: F. Vagnetti, F. Tombesi, R. Schneider. f) Multifrequency (optical, X and gamma) study of relativistic jets in Blazars focusing on satellites and CTA science. Tutor: M. Tavani, L. Pacciani. Co-tutor: F. Vagnetti. g) Spectroscopic analysis and modeling of the icy Galilean satellites in view of the JUICE mission and future observations. Tutors: F. Tosi, F. Altieri. Co-Tutor: G. Piccioni. h) Tracing the evolution of mass accretion in young protostars. Tutor: S. Pezzuto; Co- Tutor: R. Schneider, B. Nisini. i) Turbulence processes in space plasmas: getting ready for the ESA-Solar Orbiter Mission. Tutor: R. Bruno j) New perspectives of Energetic Neutral Atom imaging technique in the frame of Space Weather Science. Tutor: A. Milillo; Co-Tutor: D. Del Moro.

5 Osservatorio Astronomico di Teramo k) Development of modern astronomical instrumentation based on Adaptive Optics. Analysis, Design and Construction of opto-mechanical solutions for Extreme-AO applications Tutor: M. Dolci l) Scientific exploitation of the ESO Adaptive Optics Facility with Tutor: O. Straniero m) Enlarging the horizon of resolved stellar populations with the adaptive optics system of the European Extremely Large Telescope (EELT) Tutor: O. Straniero n) Old unresolved stellar populations with modern facilities. Strategies and techniques for the analysis of imaging data from extreme Adaptive Optics Tutor: M. Cantiello. External Scholarships: External Scholarships available at INAF-IAPS: n. 2. These scholarships will be awarded by INAF-IAPS upon acceptance of the following research themes: a) "Modelling the Solar Wind Interaction with Planetary environments in view of the BepiColombo Venus fly-by and Marcury observations". Tutor: Alessandro Mura b) "Studies and methods for the processing, the scientific analysis and the visualization of the data of the particle detectors of the SERENA space experiment on board the ESA Bepicolombo mission.".tutor: Francesco Lazzarotto

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