PhD in Chemical Sciences
Prof. Bruno Crociani
Tel: +39 72594389/4397
Email: crociani@stc.uniroma2.it
Board of Professors
Prof. Gianfranco Ceccaroni
Prof. Bruno Crociani
Prof. Gianfranco Ercolani
Prof. Barbara Floris
Prof. Antonio Palleschi
Prof. Giuseppe Palleschi
Prof. Roberto Paolesse
Prof. Gaio Paradossi
Prof. Pietro Tagliatesta
Prof. Maria Letizia Terranova Persichelli
Website
http://www.stc.uniroma2.it/chim.htm
International Partnerships
University of California, Davis (USA);
University Janus Pannonius, Pécs (Hungary);
University of Houston (USA); University
of Bielefeld (Germany);
University of Dublin (Ireland);
INRA URPOI, Nantes (France); University of Barcelona
(Spain);
Max Plank Institut fur Stahlenchemie, Mulheim (Germany);
University of Lisbon (Portugal); University of Bucarest
(Rumania);
University College, Cork (Ireland); University of
Lund (Sweden);
University M. V. Lomonosov, Moscow (Russia);
University of Perpignan (France); University of
Valencia (Spain);
University of Coimbra (Portugal); University of
Newcastle (Great Britain);
University Claude Bernard, Lion (France);
Bioanalysis Lab., Institute of Biochemistry, Vilnius (Lithuania);
Louisiana State University, Baton Rouge (USA).
The main objective of the PhD program in Chemical Sciences is the training and formation of research doctors, highly qualified in the various advanced fields of the chemical sciences such as innovative chemical processes, microelectronics and intelligent sensors, innovative technologies for the environment protection, micro- and nanotechnologies, new structured and functionalized materials. The program is structured so as to give a sound formation, both theoretical and experimental, and to stimulate and increase the research aptitude of the students.
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Materials chemistry;
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Synthesis and chemical reactivity;
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Chemical techniques for environmental and industrial control;
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Chemistry of bio-molecules, macromolecules and organized systems;
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Methodologies of structural investigation on synthetic and biological molecules.
It is possible to carry out part of the research project
in research groups with the foreign Universities with whom we are associated.
In order to gain a deeper theoretical knowledge, as required for high-level
research, both on general subjects and specialized research fields,
the PhD program provides the students with instruction, which consists
in seminars and conferences as well as in attendance in intensive monographic
courses on the following subjects:
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Sensors and biosensors: fundamental aspects and applications;
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New carbon-based materials: synthetic techniques, structural and functional characterizations and applications;
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Reactive intermediates in Organic Chemistry: characterization and techniques for studying their reactivity;
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Organic syntheses through transition metals;
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New reaction media for innovative chemical processes;
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Quanto-mechanical methods (Ab initio e semiempirical) in Organic Chemistry;
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Study of organic reactions by multinuclear NMR spectroscopy;
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Preparation and application of molecular materials in chemical sensors;
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Biomimetic oxidative systems;
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Applications of multidimensional homo- and hetero-nuclear NMR spectroscopy;
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Predictions of molecular properties starting from known experimental data;
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Advanced spectroscopic methodologies;
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Poly-electrolytes. A thermodynamic approach.
