MONTANI GIOVANNI

Docente in convenzione ente 
Ateneo Univ. 'LA SAPIENZA' - ROMA 
Struttura di afferenza Dipartimento di FISICA 
Recapiti Elenco recapiti telefonici
ICRA , CAP
ROMA (ROMA)

Orari di ricevimento

Lunedì 12.00-13.00

Curriculum

Present position
Since January 2014, he study the behavior of energetic particles in burning plasma configuration, especially the multi-resonance features. This activity is developed within the EUROfusion Project “NLED” for an amount of 0.6 ppy.
Since March 2006, he has a permanent position as Researcher at ENEA (Italian National Agency for New Technologies, Energy and Sustainable Economic Development), joining the “Theoretical Group on Plasma Physics” in the Research Center of Frascati (Rome, Italy) where he started investigating the problem of the Angular Momentum Transport in astrophysical and laboratory plasmas.
Since September 2012, he is responsible as ENEA Staff for the Joint Agreement between the Fusion Department of ENEA and the Physics Department - “Sapienza” University of Rome.
Since February 2011 to February 2012, he was displaced the Physics Department - “Sapienza” University of Rome.
Since March 2006 to February 2011, he was displaced in the International Center for Relativistic Astrophysics Network (ICRANet) at the Physics Department - “Sapienza” University of Rome.
Since 2007, he is Lecturer (Professor with contract) at the Physics Department - “Sapienza” University of Rome.




Lines of research
Key-words: Primordial Cosmology; Quantum Gravity; Plasma Astrophysics;
Fast Particles in Burning Plasmas.
Within the agreement between ENEA and “Sapienza” University of Rome, he conjugates the research on Plasma Physics with studies on the nature of the gravitational field in cosmology, focusing on the Big Bang morphology in Quantum Gravity. The scientific issues of the last years deals with timely topics in fundamental physics and in astrophysical plasma theory. Two specific and original directions emerge: the representation of the gravitational theory as kinematically isomorphic to an SU(2) gauge theory, and the analysis of the accretion process around a compact magnetized object in the frame of a local crystalline plasma structure.
Among ongoing international collaborations, he developed a joint research project on plasma astrophysics with Prof. Bruno Coppi (Massachusetts Institute of Technology, Boston (USA)) regarding the relation of accreting matter flows in thin disks with the typical instabilities arising in laboratory plasmas, like the so-called ballooning modes. The experience in primordial theoretical Cosmology - over about 20 years - is summarized in a book entitled “Primordial Cosmology” (World Scientific, March 2011, in press) describing the evolution of the early Universe from the Planck era to the formation of large-scale structures in the framework of the Einstein theory of gravity.

Impact
Since 1997, his academic tasks included the direct supervision of 39 Bachelor Theses, 47 Master Degree Theses (Laurea) and 11 PhD graduate students.
Since 2003, he is member of the faculty of the IRAP International PhD Graduate School and of the ERASMUS program for the PhD in Relativistic Astrophysics.
Since 2000, he supervises a research group on Cosmology, Gravity and Multi-Dimensions (CGM Group) within the Physics Department of “Sapienza” University of Rome of about 10 young researchers per year. (See: http://www.cgwcollaboration.it/webcgm/welcome.htm).

Since 2008, he constituted the international collaboration CGW (Cosmology, Gravity and Wave-Phenomena) of experienced and young researchers addressing open problems in Cosmology, Astrophysics and Plasma Physics. (See: http://www.cgwcollaboration.it).
He presented the results of his activity in several international meetings and workshops. In 2009, he was invited to the “XII Marcell Grossmann Meeting on General Relativity” (Paris), to review the developments in chaotic cosmologies over the last ten years. In January 2010, he has been invited to give a lecture at the “14Gravitational Wave Data Analysis Workshop (GWDAW-14)” (Rome), on the interaction of cosmological neutrinos with gravitational waves. In March 2010, he was invited to the workshop “Cosmology, the Quantum Vacuum and Zeta Fuction” (Barcelona), to give a talk on the cosmological implications of modified theories of gravity.
He is regularly involved as a referee for the journals: General Relativity and Gravitation (Springer); Journal of Mathematical Physics (AIP); International Journal of Modern Physics A and D, Modern Physics Letters A (World Scientific), Il Nuovo Cimento B (SIF, Società Italiana di Fisica) and Europhysics Letters (IOP).
He is the co-organizer of 7 international workshops and co-editor of 3 proceeding volumes.

Publications
He is author or co-author of nearly 200 articles on peer-reviewed international journals and conference proceedings. He published 5 invited review articles, one monograph in a dedicated issue of International Journal of Modern Physics A and two books “Primordial Cosmology” and “Canonical Quantum Gravity - Fundamentals and Recent Developments” edited by World Scientific in 2010 and 2014, respectively. Another book “Classical and Quantum Cosmology: the Einsteinian Picture of the Universe” is currently in progress.

Experience
Since the Academic year 2013-2014, he is Lecturer for the courses “Astrophysics of the Primordial Universe”.
Since 2012-2013, he is Lecturer for the course “Plasma Electrodynamics”.
Since 2011, he is Lecturer for the course of the PhD course “Plasma Configuration and Stellar Accretion Disks”.
Since the Academic year 2007-2008 to 2012-2013, he is Lecturer for the course “Primordial Cosmology”.

Since May 2005, he lectures for the IRAPhD (International Relativistic Astrophysics PhD, ICRANet) on relativistic cosmology and unification theories.
From June 2000 to November 2005, supported by a research fellowship from the Physics Department at “Sapienza” University of Rome and from ICRA, he worked on hot topics in theoretical physics. In the field of gravitation as a gauge theory he derived a consistent formulation for a gauge theory of the Lorentz Group and explored its phenomenological implications. Regarding the geometrical aspects of the electro-weak model he provided a phenomenology for the geometrization of the fermion-boson gauge coupling. Regarding canonical quantum gravity, he formulated an evolutionary theory for the quantum dynamics of the gravitational field. Such results were also considered in view of their implications on the primordial Universe dynamics.
On November 15th 2000, the Faculty of “Sapienza” University of Rome nominated him “expert in Theoretical Physics” to lecture the course “Theoretical Physics II” (theories of gravity). From 2000 to 2005 he also lectured part of the course “Gravitational Physics” for an amount of 40 hours per year.
Since November 1999, he participates to the graduation boards as senior tutor within the Physics Department, “Sapienza” University of Rome, and as an internal member of examination boards.

On June 1998, he was granted a two-year post-doctoral fellowship from INFN (National Institute for Nuclear Physics, Italy) in Theoretical Physics. His investigations regarded dynamical aspects of the gravitational field in classical, semiclassical and quantum regimes, within the framework of theoretical cosmology and relativistic astrophysics, deriving the fully invariant measure for a generic cosmological solution in the reduced phase space.
From January 1997 to May 1998, supported by ICRA at the Physics Department, “Sapienza” University of Rome, he approached non-Riemannian geometries in order to geometrize spinorial fields, starting his activity as master thesis advisor.
On July 9th 1997, he obtained his PhD defending the Thesis “Dynamical Aspects of the General Cosmological Solution”, supervised by Prof. V.A. Belinskii. In this study, the stochastic behaviour of an inhomogeneous cosmological model near the initial singularity was investigated providing a novel statistical characterization, generalized from Bianchi VIII and IX models. Furthermore, the multidimensional implementation was addressed outlining a spontaneous compactification scenario. These activities were developed also in collaboration with Prof. A.A. Kirillov (University of Nizhny Novgorod, Russia) and Prof. R.M. Zalaletdinov (University of Tashkent, Uzbekistan).
He graduated in Physics (MSc) on December 14th 1992, at “Sapienza” University of Rome, with full marks (110/110, Cum Laude), defending the thesis “On the Asymptotic Singularity-Approaching Regime in the General Cosmological Solution of the Einstein Equations”, under the supervision Prof. V.A. Belinskii. Such line of research was continued during 1993 within the ICRA collaboration.