131 lines
7.8 KiB
TeX
131 lines
7.8 KiB
TeX
\section{Adresses}
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\begin{flushleft}
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Via Paolo Lomazzo n.59,\\
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20154, Milano, Italy\\
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Cell: +39-3392315618\\
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e-mail: gianluigi.filippelli@gmail.com; gianluigi.filippelli@zoho.com\\
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\end{flushleft}
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\section{Date and place of birth}
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\begin{flushleft}
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2nd February, 1977, Cosenza, Italy\\
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Citizen: italian
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\end{flushleft}
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\section{Professional Experience}
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\begin{CV}
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\item[Nov 2011-present] Physics theacher at the high school {\em I.T.C.S. Schiaparelli-Gramsci}, Milano
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\item[Jun 2011-present] Instructional designer for Italian Astronomy Olimpiads at Osservatorio Astronomico di Brera (INAF), Milano
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\item[Apr 2011-present] Popular science blogger for \href{http://docmadhattan.fieldofscience.com/}{\em Doc Madhattan}
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\item[Jan 2009-Dec 2011] Popular science blogger for \href{http://sciencebackstage.blogosfere.it/}{\em Science Backstage}
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\item[Nov 2011] Physics theacher at the high school {\em Liceo Ettore Majorana}, Rho (Milano) (two week)
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\item[Nov-Dec 2010] Physics and Math Teacher at the high school {\em Liceo Elio Vittorini}, Milano
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\item[Oct 2010-Jan 2011] Stage in e-learning at Osservatorio Astronomico di Brera (INAF), Milano
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\item[Jul 2010] Summer Physics course at the high school {\em ITIS Galilei}, Milano
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\item[Mar 2010-Jun 2010] Math teacher at the high school {\em ITIS Galilei}, Milano
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\item[Nov 2009] Physics teacher at the high school {\em ITIS Galilei}, Milano (two week)
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\item[Jul 2009] Summer Math course at the high school {\em ITIS Feltrinelli}, Milano (two week)
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\item[Nov 2008-Jun 2009] Math teacher at the high school {\em ITIS Feltrinelli}, Milano
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\item[Oct 2008] Physic's teacher at the high school {\em Liceo Linguistico Levi}, Seregno (Milano) (two week)
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\item[Oct 2008] Physic's teacher at the high school {\em Mose' Bianchi}, Monza (Milano) (two week)
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\item[Jan-Jun 2008] Physics teacher at the high school {\em Liceo Linguistico Levi}, Seregno (Milano)
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\item[Apr-May 2007] Didactical activity at Liceo Scientifico {\em G.B.Scorza}, Cosenza: presentation of some experimental activity and realization of multimedial cards.
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\item[2006-2007] Exercitation course of Calcolo 2 ({\em Calculus}) for Engineering at Universita' della Calabria.
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\item[Mar 2004] Guide for the extension {\em Semplice e Complesso} at Universita' della Calabria.
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\item[May 2002] Creation of \href{http://www.fis.unical.it/gruppi/alteenergie/}{web pages about the misuration of life time of $\mu$ lepton} (\href{http://web.archive.org/web/20070207064033/http://www.fis.unical.it/gruppi/alteenergie/}{Wayback Machine version}).
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\end{CV}
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\section{Skills}
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Operating systems: Dos, Win 9x, ME, XP, Linux, BeOS\\
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Software: Word, Excel, Power Point, Star Office, Open Office\\
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E-learning software: eXe-Learning, Moodle\\
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Programming and script languages: Pascal, Html, \LaTeX, Visual Basic 6, C\#, Sql, Scilab\\
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Others: Experience on acquiring systems (VME e CAMAC, Field Point (National Instruments)) and data elaboration.
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\section{Curriculum Studiorum}
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\begin{CV}
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\item[Jan 2010-Feb 2011] Master in e-learning with thesis about application of Moodle platform in physics
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\item[Nov-Dec 2008] Programming course: Visual Basics 6, C\#, SQL Server
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\item[12th Dec 2006] Ph.D. in Physics, with the thesis {\em Rappresentazioni proiettive: Applicazioni nella teoria quantistica}, tutors Prof. G.Nistico', Dott. D.Giuliano.
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\item[2003-2006] Doctoral student in Physics at Universita' degli Studi della Calabria.
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\item[15th May 2002] Master degree in Physics with the thesis {\em Produzione esaltata di coppie $e^+ e^-$ nelle collisioni tra ioni pesanti relativistici}, supervisor Prof. R.Alzetta.
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\end{CV}
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\section{Research activity}
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\subsection*{Ph.D thesis}
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In my Ph.D. thesis, {\em Rappresentazioni proiettive: Applicazioni nella teoria quantistica} ({\em Ray Representations: Application in quantum theory}), I have realized one unitary treatment of the ray representations theory, to develop applications in quantum theory.\\
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In particular, I treated Bargmann's theory (1954), adding Grigore's (1996), Simms' (1968), Varadarajan's (1970) contributes about the determination of ray representations of a given Lie group, and Karpilovsky's (1994) contribute about the ray representation character.\\
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These contributes, with Bargmann's study about abelian group and pseudo-orthogonal transformation group, are used in the study of rotation and Galilean groups.\\
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In the first case, in according to Wigner (1939), Hurley (1966) and Altmann (1979), I present the emergence of semi-integer spin, so in the second case I study the Galilean group first in (3+1) dimensions (Bargmann, 1954), second in (2+1) dimensions (Grigore, 1995; Bose, 1995), and finally in (1+1) dimensions (Doebner and Mann, 1995).\\
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In this last case, Doebner and Mann calculate the phase exponent of Galilean group with three parameters and determine the time depending infinitesimal generators. I extend the Doebner-Mann procedure to (2+1) and (3+1) dimensions, calculating a Galilean ray representation explicitly time depending.\\
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The results of my work was presented ad 2007 Integrable Systems' Prague Conference, with the talk {\em Time dependent quantum generators for the Galilei group}. I submitted a paper with the same title to {\em Reports on Mathematical Physics}.\\
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At the end of my Ph.D. work I studied the Wawrzycki's generalization (2004) of Bargmann's ray representations theory finding some points that need further deepening.\\\\
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{\bf Master Degree thesis}\\
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In my Master Degree thesis, {\em Produzione esaltata di coppie $e^+ e^-$ nelle collisioni tra ioni pesanti relativistici}, I calculated the theoretical cross-section for the collision between heavy relativistic ions in order to explain the production of the couples $e^+ e^-$ using Preparata's theory (see G.Preparata, {\em QED Coherence in Matter}, World Scientific, 1995). I found that the results obteined according to Preparata's theory disagree with experimental data (see R.J.Porter, S.Beedoe, R.Bossingham et al. {\em Dielectron Cross Section Measurements in Nucleus-Nucleus Reactions at 1.0A GeV}, Phys. Rev. Lett. {\bf 79}, 1997).\\\\
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\subsection*{Publications}
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\begin{itemize}
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\item Ph.D thesis: {\em Rappresentazioni proiettive: Applicazioni alla teoria quantistica}, 2006, Universita' della Calabria
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\item {\em Time dependent quantum generators for the Galilei group} Journal of Mathematical Physics, 52 (8) DOI: \href{http://dx.doi.org/10.1063/1.3621518}{10.1063/1.3621518}
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\end{itemize}
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\subsubsection*{Drafts}
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\begin{itemize}
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\item \href{http://www.mendeley.com/c/3850918871/p/5024701/filippelli-moodle-for-italian-astronomy-olimpiad/}{\em Moodle for Italian Astronomy Olimpiad}
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\end{itemize}
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\subsection*{International Conferences}
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\begin{itemize}
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\item {\bf Frascati 2010}: ComunicareFisica: presentation of science blogging and divulgation activity
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\item {\bf Milano 2009}: Wordcamp
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\item {\bf Prague 2007}: 16th Integrable systems and quantum symmetries: presentation of the PhD work
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\item {\bf Bari 2004}: 12nd Workshop in Mechanical Statistics and Non Perturbative Fields Theory
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\item {\bf Cortona 2004}: 26th Informal Workshop in theoretical physics
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\end{itemize}
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\subsubsection*{Ph.D Schools}
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\begin{itemize}
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\item {\bf Otranto 2005}: Scuola Nazionale di Otranto: XVIII Seminario Nazionale di Fisica Nucleare e Subnucleare
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\item {\bf Otranto 2003}: Scuola Nazionale di Otranto: XVI Seminario Nazionale di Fisica Nucleare e Subnucleare
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\end{itemize}
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%
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%
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%\section{Language knowledge}
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%\begin{table}[h] %\centering
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%\begin{tabular}{p{2cm}>{\bfseries}p{2.5cm}p{3.5cm}}
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%& Italian & alnguage mother\\
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%& Inglese & Ascolto: B1\\
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%& & Lettura: C1\\
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%& & Interazione: B2\\
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%& & Produzione orale: B1\\
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%& & Scritto: B2\\
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%\end{tabular}
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%\end{table}
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%
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\vspace{2\baselineskip}
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\noindent Milano, \today |