41st cycle 40th cycle 39th cycle 38th cycle
Laura Bagnale
Laura Bagnale
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Progetto di Ricerca
In silico developements for Accelerator-Based Boron Neutron Capture Therapy ANTHEM facility
Tutor: Silvia Bartolussi (Università di Pavia)
Co-tutor: Lorenzo Manti e Lucio Gialanella
Scopo del progetto: The research concerns the simulation for radiation protection, the design and optimisation of the beam shaping assembly and radiobiological studies for the construction of a BNCT facility to be installed at University of Camapania "L. Vanvitelli" in the frame of PNC-PNRR ANTHEM project.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Atrin Barzegar
Atrin Barzegar
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Progetto di Ricerca
Intelligent Methods for Human Wealth Risk Assessment
Tutor: Laura Verde
Co-tutor: Stefano Marrone
Scopo del progetto: The research proposes a cross-domain methodology using Artificial Intelligence to measure and enhance human well-being by integrating health assessment, environmental risk evaluation (including water quality), and food safety analysis. Its goal is to support inclusive, evidence-based decisions aligned with the SDGs, while reducing risks and inequalities.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Marouane Benhassi
Marouane Benhassi
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Progetto di Ricerca
Neutrino astrophysics with KM3NeT/ARCA detector
Tutor: Pasquale Migliozzi (INFN)
Co-tutor: Antonio Marinelli (Università di Napoli)
Scopo del progetto: The research focuses on the study of the neutrino emission from extended galactic astrophysical sources using KM3NeT/ARCA data collected and set upper limits for those sources.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Sehrish Bibi
Sehrish Bibi
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Progetto di Ricerca
Mathematical modeling of blood flow.
Tutor: Vincenzo Minutolo
Co-tutor: Michele Iervolino
Scopo del progetto: On blood flow through arteries having diseases like stenosis. I modeled these types of arteries mathematically and discussed the blood flow behavior.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Giuseppe Caso
Giuseppe Caso
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Progetto di Ricerca
Development of a multidisciplinary approach for the characterization of metals (elemental and Isotope) in atmospheric particulate matter (PM 10 and PM 2.5) in urban areas of Campania.
Tutor: Fabio Marzaioli
Co-tutor: Mauro Rubino
Scopo del progetto: Identificazione delle fonti di particolato atmosferico in Campania con metodologie innovative di analisi
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Chiara Castello
Chiara Castello
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Progetto di Ricerca
Combinatorics and coding theory
Tutor: Olga Polverino
Co-tutor: Ferdinando Zullo
Scopo del progetto: The project aims at developing linear analogues of fundamental results from additive combinatorics-such as sumset estimates, structure theorems, and inverse results-and to investigate their consequences in the theory of linear codes. In particular, it aims at exploring how these combinatorial principles can be adapted to linear settings and applied to the study of subspace codes, rank-metric codes, and other classes of codes, with the goal of deriving new bounds, characterizations, and construction methods.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Angelica Pia Di Feola
Angelica Pia Di Feola
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Progetto di Ricerca
Modelli p-parabolici e fluidi non-newtoniani: questioni di buona posizione
Tutor: Michael Ruzhiska (Universitaat Freiburg)
Co-tutor: Carlo Romano Grisanti (Università di Pisa) e Paolo Maremonti
Scopo del progetto: La teoria analitica dei fluidi non-newtoniani presenta notevoli difficoltà l'dea è quella di affrontare prima i problemi per i sistemi p-parabolici e in caso di risultati, tentare l'estensione ai modelli dei fluidi non newtoniani
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Michele Di Giovanni
Michele Di Giovanni
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Progetto di Ricerca
Methodologies for Decision Support Systems and Forecasting Applied to the PREDIS Study Case
Tutor: Carlo Sabbarese
Co-tutor: Mauro Romoli (INFN) e Lelio Campanile
Scopo del progetto: Implementation of monitoring and decision support methodologies within the PREDIS project, including wireless gamma-ray monitoring systems, integrating safety and sustainability criteria.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Davide Di Rosa
Davide Di Rosa
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IRIS Link
Progetto di Ricerca
Development of a multidisciplinary approach for the chemical-physical characterization of organic and elemental carbon in atmospheric particulate matter (PM 10 and PM 2.5) in urban areas of Campania.
Tutor: Mauro Rubino
Co-tutor: Fabio Marzaioli
Scopo del progetto: Identificazione delle fonti di particolato atmosferico in Campania
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Pasquale Falcone
Pasquale Falcone
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IRIS Link
Progetto di Ricerca
Tailoring the disorder in aperiodic nanostructures
Tutor: Luigi Moretti
Co-tutor: Livio Gianfrani
Scopo del progetto: The project involves the analysis of the Anderson localization in aperiodic nanostructures (i.e. multilayers and gratings) in presence of structural disorder. The project covers all the steps between the theoretical model and the physical realization: numerical study through cluster computing, optimization, CAD design, fabrication in clean-room and optical characterization for lasing applications..
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Lorena Guerrini
Lorena Guerrini
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IRIS Link
Progetto di Ricerca
Biomechanic and Neurophysiology behind Postural Control strategies
Tutor: Vincenzo Minutolo
Co-tutor: Paola Gargiulo (Università di Napoli)
Scopo del progetto: The research aims at identifying new biomarkers of postural control disorders and to evaluate balance and stability in different population groups, with particular attention to neurological conditions such as Parkinson’s disease.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Misbah Javed
Misbah Javed
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Progetto di Ricerca
Integrated Approaches for Radon and Thoron Exposure Assessment and Mitigation in Experimental and Simulated Indoor Environments
Tutor: Carlo Sabbarese
Co-tutor: Fabrizio Ambrosino (Università di Napoli)
Scopo del progetto: Development of more effective measurement techniques and exposure models for mitigation and improvement of indoor air safety standards in radon-prone areas
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Giuseppe Loffredo
Giuseppe Loffredo
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Progetto di Ricerca
Functional Data Analysis for Quality Improvement and Interpretability in Survival Trees and Random Survival Forests
Tutor: Elvira Romano
Co-tutor: Paolo Chiodini (Università di Napoli) e Fiammetta Marulli
Scopo del progetto: This work investigates the use of Functional Data Analysis in Survival Analysis to improve the quality and graphical interpretability of survival trees. Furthermore, it develops approaches to enhance the explainability of random survival forests.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Maria Lucia Mitsou
Maria Lucia Mitsou
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Progetto di Ricerca
KM3NeT material analysis with IBA and MS at Circe - DMF
Tutor: Raffaele Buompane
Co-tutor: Lucio Gialanella e Pasquale Migliozzi
Scopo del progetto: Km3Net è un infrastruttura complessa installata nelle profondità marine fino a circa 3.5 km di profodontità, è per questo gli apparati sperimentali si trovano in condizioni ambientali non convenzionali. Per garantierne la stabilità per circa 10-20 anni, la vita media del progetto, è necessario uno studio accurato sui materiali che lo compongono. Il progetto di ricerca mira allo studio dei materiali di km3Net con metodologie tipiche della fisica nucleare quali la Ion Beam Analisys e la spettrometria di massa.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Vincenzo Musone
Vincenzo Musone
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Progetto di Ricerca
Metodologie Avanzate di SHM per Materiali Compositi: Approcci Basati su RFEM e Reti Neurali per la Localizzazione del Danno
Tutor: Luigi Grassia
Co-tutor: Alberto D'Amore
Scopo del progetto: La tesi sviluppa e valida un framework di Structural Health Monitoring per materiali compositi, combinando Reverse Finite Element Method e reti neurali artificiali per stimare i carichi e localizzare i danni su strutture aeronautiche reali.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Maria Rosaria Musone
Maria Rosaria Musone
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Progetto di Ricerca
Extreme blazars: from modeling to stacking analysis with KM3NeT Detector
Tutor: Pasquale Migliozzi
Co-tutor: Antonio Marinelli e Daniele Vivolo
Scopo del progetto: The project aims at modeling a selection of extreme balzars with the LeHaMoC code. I calculate neutrino expectations for a stacking analysis taking into account the data sample of KM3NeT Detector and put upper limits. This study represents a novel approach in the field, combining detailed modeling of the spectral energy distributions (SEDs) with a stacking sensitivity analysis tailored to this rare class of sources.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Saif Hadi Mohsen Serag
Saif Hadi Mohsen Serag
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IRIS Link
Progetto di Ricerca
A Hybrid ORC–Hydrogen System for Efficient Waste Heat Recovery and Continuous Power Supply in Diverse Service Facilities
Tutor: Biagio Morrone
Co-tutor: Andrea Unich
Scopo del progetto: The research focuses on developing and optimizing a hybrid system that integrates the Organic Rankine Cycle with hydrogen production and storage to recover waste heat and ensure a reliable power supply for service facilities.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Matteo Teodori
Matteo Teodori
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Progetto di Ricerca
Stellar and dynamical evolution in Globular Clusters
Tutor: Oscar Straiero
Co-tutor: Lucio Gialanella
Scopo del progetto: Investigation on the impact of stellar and dynamical evolution in Globular Clusters, focusing on early evolution, mass segregation, energy equipartition and age differences, to shed light on the Multiple Populations puzzle.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
Saba Yaqoob
Saba Yaqoob
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Progetto di Ricerca
Development and Characterization of Nanoparticles and Nanocomposite Polymers
Tutor: Alberto D'Amore
Co-tutor: Luigi Grassia
Scopo del progetto: My research explores the unique properties of nanomaterials and their integration into polymer matrices to enhance mechanical, thermal, and electrical performance. I focus on tailoring nanoscale interfacial interactions to design advanced materials for aerospace, electronics, and energy storage.
Durata del progetto: 3 anni
Data inizio: 11/1/2024
Data fine: 11/1/2027
Finanziamento: Borsa di Ateneo\Ministeriale non riservata
