Gruppi di ricerca

Quantum Informatics Laboratory - QUILAB

Il gruppo di ricerca QUILAB comprende ricercatori di informatica e fisica che collaborano nello studio degli aspetti fondamentali dell'informatica quantistica e delle sue applicazioni nell’ambito dell'intelligenza artificiale.

URL: https://amasini58.wixsite.com/quilab

Claudia Daffara: Professore associato
Andrea Masini: Professore ordinario
Francesca Monti: Professore associato

Alessandra Di Pierro: Professore associato
Massimiliano Incudini: Dottorando
Margherita Zorzi: Ricercatore a tempo determinato

Componenti esterni

Stefano Mancini: Universita' di Camerino

Competenze
Argomento	Area di ricerca
Computability	Informatica teorica Models of computation
Lambda Calculus	Informatica teorica Logic
Lambda Calculus	Informatica teorica Models of computation
modal and temporal logics	Informatica teorica Logic
Models for Quantum Computation	Informatica teorica Models of computation
Optical techniques for cultural heritage applications	Fisica sperimentale applicata Applied physics to cultural heritage
Probabilistic Analysis of Security	Ingegneria del Software e Sicurezza Formal methods and theory of security
proof theory, Linear logic, Type theory	Informatica teorica Logic
Quantitative Static Analysis	Ingegneria del Software e Sicurezza Software organization and properties
Quantum Computation	Informatica teorica Models of computation
Quantum computation theory	Informatica teorica Models of computation
Semantics of Probabilistic Languages	Informatica teorica Semantics and reasoning
Spatial light modulators	Fisica sperimentale applicata Optics
Spettroscopia, micro-spettroscopia e imaging nel vicino e medio infrarosso.	Fisica sperimentale applicata Infrared spectroscopy
Teoria della dimostrazione e teoria dei tipi	Informatica teorica Formal languages and automata theory
Topological Quantum Computation	Informatica teorica Models of computation

Laboratori e Centri di Ricerca
Nome	Descrizione
Laboratorio SPY (Metodi Formali)	The SPY (Static Program analysis by Abstract Interpretation) lab is devoted to the design and development of automatic tools based on formal methods and abstract interpretation theory for program analysis, automatic program certification, system testing, and security analysis of software. We are particularly interested in the application of these techniques to aid in the compilation and implementation of programming languages. The access to the lab is restricted to the students in Master and PhD thesis and to the Faculty staff of the Department of Computer Science in Verona. The following is a list of topics which are studied in this Lab: Semantics and abstract interpretation theory, Semantics based program analysis, Security analysis, Program and system certification, Model checking and program verification, Programming environments, Domain specific languages and tools.
Laboratorio OPDATE	OpDATe Lab (Optical Devices and Advanced Techniques)