\documentclass{resume} % 9.04.2009 \usepackage{hyperref} \usepackage{amssymb} \renewcommand{\categoryfont}{\sc} % % set the space used for category titles here: % use the same value for oddsidemargin and marginparwidth [the latter % will be reset to account for marginparsep] % \setlength{\oddsidemargin}{1in} \setlength{\marginparwidth}{1in} % % calculate other dimensions [textwidth and evensidemargin] % in function of oddsidemargin and marginparwidth: % would be nicer to put in the class file... % \addtolength{\marginparwidth}{-\marginparsep} \setlength{\evensidemargin}{\oddsidemargin} \setlength{\textwidth}{\paperwidth} \addtolength{\textwidth}{-2in} \addtolength{\textwidth}{-2\oddsidemargin} \addtolength{\textwidth}{\marginparwidth} \addtolength{\textwidth}{\marginparsep} % % \setlength{\topmargin}{-0.5in} % % \renewcommand{\labelcitem}{$\diamond$} \renewcommand{\labelitemi}{$\cdot$} \newcommand{\first}{$1^{\mbox{\scriptsize st}}$\ } \newcommand{\second}{$2^{\mbox{\scriptsize nd}}$\ } \newcommand{\third}{$3^{\mbox{\scriptsize rd}}$\ } \newcommand{\forth}{$4^{\mbox{\scriptsize th}}$\ } \author{Sergei Sharapov} % ------ Address -------------------------------------------------------- \address{Bogolyubov Institute for Theoretical Physics\\ Metrologichna Str.~14-b\\ 03680 Kiev\\ Ukraine\\ \mbox{\small\tt sharapov@bitp.kiev.ua, %Sergei.Sharapov@unine.ch %sergei\verb|_|sharapov@yahoo.co.uk, sergei.sharapov@gmail.com }\\ %\mbox{\small\tt \url{http://www.wiu.edu/physics/faculty/sharapov.shtml}} \mbox{\small\tt \url{http://www.geocities.com/sergei_sharapov/}}}{ Room 330\\ Fax: 38 (044) 526-5998 \\ Phone: 38 (044) 521-3152 \\ {\it version:} April 2009} \def\bitp{Bogolyubov Institute for Theoretical Physics} \def\BITP{Bogolyubov Institute for Theoretical Physics of the National Academy of Sciences of Ukraine} \def\ksu{National Taras Shevchenko University of Kiev} \def\unine{Universit\'e de Neuch\^atel} \begin{document} \maketitle % ------- Personal --------------------------------------------------- \iffalse \begin{category}{Personal} \citemnobullet Citizenship: Ukraine \citemnobullet Born: 1970 \end{category} \fi % -------- Work experience -------------------------------------------- \begin{category}{Present\\Position} \citem{June 2008 -- on Bogolyubov Institute for Theoretical Physics of the National Academy of Sciences of Ukraine} \\ Senior Research Associate \end{category} \begin{category}{Positions} \citem{August 2007 -- May 2008 Department of Physics, Western Illinois University}\\ Assistant Professor (nontenured) \end{category} \begin{category}{Postdoc \\ Experience} \citem{January 2005 -- June 2007 Department of Physics, McMaster University}, Hamilton, Canada\\ Postdoctoral Fellow \citem{October 2003 -- September 2004 Istituto Nazionale per la Fisica della Materia (INFM)} (INFM fellowship in the frameworks of the project {\em Transport and interference in nano-devices} in Torino, Italy) Institute for Scientific Interchange, Torino, Italy \citem{October 2000 -- September 2003 Institute of Physics, University of Neuch\^atel}, \\ Switzerland\\Senior Scientist (Ma\^itre-assistant) \citem{June 1997 -- May 1998, September 1998 -- August 1999 Department of Physics, University of Pretoria}, South Africa\\ Postdoctoral Research Fellow \end{category} % -------- Teaching experience -------------------------------------------- \begin{category}{Teaching \\ Experience} \citem{September 2004 -- December 2004}\\ \bitp, Kiev, Ukraine\\ students' seminar in {\em methods of quantum field theory in condensed matter theory (superfluidity, superconductivity, quantum Hall effect, etc.)} \citem{March 2001 -- June 2001, March 2002 -- June 2002, March 2003 -- June 2003} \\ Institute of Physics, University of Neuch\^atel, Switzerland\\ \second year students' seminar in {\em mathematical physics} \citem{October 2000 -- December 2000} \\ Institute of Physics, University of Neuch\^atel, Switzerland \\ \forth year students' seminar in {\em selected topic of condensed matter theory: superconductivity, magnetism, etc.} \citem{January 1996 -- May 1996, January 1997 -- May 1997} \ksu, Lecturer in {\em Theory of superconductivity} \citem{October 1991} Physics and Mathematics High School N 145, Kiev, Ukraine \\ internship during the University study \end{category} % -------- EMPLOYMENT HISTORY in UKRAINE -------------------------------------------- \begin{category}{Work\\ Experience\\ in Ukraine} \citembullet Bogolyubov Institute for Theoretical Physics of the National Academy of Sciences of Ukraine\\ September 2004 -- December 2004, May 2000 -- October 2002: Research Associate \\ March 1996 -- April 2000: Junior Research Associate \end{category} % ------- Education --------------------------------------------------- \begin{category}{Education} \citem{1992-1995 \BITP} \\ Ph.D. (Candidate of Science) in Theoretical Physics \\ Thesis (publicly defended on 4 July 1996): {\em Two-dimensional and Quasi two-dimensional models of superconductivity with arbitrary carrier density}\\ Supervisors: Profs. V.M.~Loktev and P.I.~Fomin \citem{1987-1992 \ksu} \\ Diploma [M.Sc. Honours] in Theoretical Nuclear Physics\\ (specialization: theory of nucleus and quantum field theory) \\ Major Subjects: Physics and Mathematics \hspace{5mm} Internship: high-school teaching \\ Master's Thesis: {\em Problem of inducing of non-abelian gauge fields}\\ Supervisor: Prof. P.I.~Fomin \citem{1987} Graduated from Physics and Mathematics High School N 145, Kiev \end{category} % -------- Students -------------------------------------------- \begin{category}{Graduate \\students \\supervised} \citemnobullet Rakesh Prabhat Tiwari, Summer Internship in the Institute of Physics, University of Neuch\^atel, Switzerland, 2003 \\ Title of the project: {\em Vortices in Superconductors of II type} \citemnobullet Denys Iablonskyi, National Taras Shevchenko University of Kyiv \end{category} % --------- Research ---------------------------------------------------- \begin{category}{Research \\interests} \citem{Carbon based materials (graphene)}, its behavior in an applied magnetic field \citem{High-temperature superconductivity:} nodal quasiparticle excitations and their behavior in the vortex state; pseudogap phenomenon; optical conductivity and sum rule \citembullet Methods of quantum field theory in strongly correlated matter \end{category} % --------- Publications ---------------------------------------------------- \begin{category}{Publications} %\begin{category}{Citation \\ index \&\\ Publications} \citembullet {\bf 4} review in refereed journals; {\bf 48} papers published in refereed journals, among them {\bf 3} in Physical Review Letters; {\bf 31} conference proceedings \& abstracts %\iffalse \citemnobullet My ``h-index''\footnote{A scientist with a h-index of 10, say, will have published 10 papers that have received at least 10 citations each. } (see J.E.~Hirsch, physics/0508025) is now 16. My best paper is on the quantum Hall effect in graphene (paper [34] from my {\em list of publications}) which was published at the end of September 2005 in Physical Review Letters has already 274 citations in ISI citation database. My total ISI citation index is $\gtrsim 954$. See almost complete list of publications and their citation index in\\ \url{http://www.researcherid.com/rid/A-3526-2008}. %\fi \end{category} % -------- Professional -------------------------------------------- \begin{category}{Professional \\ activities} \citemnobullet I am a referee for Physical Review Letters, and Physical Review B. I have also done referee work for Europhysics Letters and J. Low Temperature Physics. \citembullet Grant reviewer: the National Science Foundation (NSF) USA; the Netherlands Foundation for Fundamental Research on Matter, FOM; member of the EuroGRAPHENE (EUROCORES Programme) Review Panel, the European Science Foundation (ESF) \end{category} % -------- Grants -------------------------------------------- \begin{category}{Grants \\and\\ awards} \citembullet 2001-2003 The research grant of the Swiss National Science Foundation (SCOPES-project in collaboration with Profs. H.~Beck and V.M.~Loktev) \citembullet 1998 The Annual Prize of the National Academy of Sciences of Ukraine for the best results obtained by young scientists \citembullet 1988-1992 Special University Scholarship -- \ksu \end{category} % --------- Research biography -------------------------------------------------- \begin{category}{Research \\ biography} \citemnobullet At present I work both on graphene and on various aspects of high-temperature superconductivity. I became interested in graphene or planar graphite in 2003. I investigated magnetic oscillations (de Haas -- van Alphen effect (paper [30] from my list of publications), Shubnikov -- de Haas effect [33]) and integer quantum Hall effect [34] in this new fascinating material. {\em This unconventional quantum Hall effect, and the predicted nonstandard features of the quantum magnetic oscillations have been observed in the most recent experiments} [see K.S.~Novoselov, {\em et al.}, Nature {\bf 438}, 197 (2005); Y.~Zhang, Y.-W.~Tan, H.L.~Stormer, P.~Kim, Nature {\bf 438}, 201 (2005); A.H.~Castro Neto, F.~Guinea, and N.M.~Peres, Physics World {\bf 19}, 33 November (2006).] I gave invited talks on the quantum Hall effect in graphene at the March 2006 Meeting of the American Physical Society, March 13-17, 2006 in Baltimore and at the annual congress of the Canadian association of physicists, in a Condensed Matter and Material Physics (DCMMP) symposium on graphene on June 17, 2007 in Saskatoon. My work at McMaster University started in 2005 with a very interesting collaboration with the experimental group of Prof. T.~Timusk (paper [36]), where my contribution was to develop an approximate formula (full derivation is given in [35]) which they could easily use to fit the data. \noindent The main direction of my early research was the modeling of the electronic properties of high-temperature superconductors (HTSC). In particular, I have been studying the important features of HTSC based on their {\em low dimensionality, low carrier density} and {\em $d$-wave character of pairing}. These common properties of HTSC materials make them essentially different from ordinary superconductors. For instance, a crossover from the superconductivity of the BCS type to the superfluidity of composite bosons occurs in the corresponding models as the carrier density decreases. My early work was devoted to the description of this crossover. These and related works [1--6] formed the basis of my PhD (1996) thesis. In 1998 I was awarded the prize of the National Academy of Sciences of Ukraine for Young Scientists on the basis of these papers. \iffalse In particular, I generalized the work of M.~Randeria {\em et al.}, PRL {\bf 62}, 981 (1989) to study the case of many layer (band) 2D systems. I showed that one has a coexistence of Cooper and local pairs in a superconductor with several layers in a cell. This and related work formed the basis of my PhD (1996) thesis. I was also awarded on the basis of these papers the prize of the National Academy of Sciences of Ukraine for young scientists in 1998. It should be admitted that until recently the crossover was traced only for the models with a nonretarded interaction. This stimulated me to study it in the systems with an indirect (for instance, phononic) interaction between carriers. To study the Eliashberg equation analytically I adapted the analytical method for solving Schwinger-Dyson equation from the quantum field theory. This allowed me to get the analytical solution of the Eliashberg equation which is usually studied only numerically. \fi My subsequent articles [papers 7 -- 21, 24] in period 1997 -- 2000 were devoted to the study of the formation of the superconducting state in the 2D and quasi-2D attractive Hubbard models that is believed may describe some features of HTSC. Using the modulus-phase variables appropriate to this problem I proved the presence of a new non-superconducting, but (pseudo) gapped phase in the 2D model of a superconductor with a relatively small carrier density. In particular, I obtained analytic expressions for the Green's function and other observable quantities. I attempted to relate this phase to the pseudogap phenomenon observed in HTSC. % \iffalse The approach developed in my papers may be regarded as a microscopic derivation of the phenomenological theory of Emery and Kivelson [Nature {\bf 374}, 434 (1995)] that relates the pseudogap phenomenon to the fluctuations of the phase of order parameter.\fi % All these results are discussed in the review published in Phys.Rep. {\bf 349}, 1-123 (2001). \iffalse The developed approach proved to be useful also for the study of the absorption spectrum of the solid oxygen [22] and nitrogen $\beta$-phases [25]. I motivated in the case of the quasi-2D model the existence of two temperatures related to onset of superconductivity firstly inside the planes and then within the balk of layered superconductor. This prediction was supported experimentaly in V.N.~Zverev et al., Pis'ma Zh. Eksp. Teor. Fiz. {\bf 68}, 309 (1998). Currently I am busy with further development of this theory which would allow one to obtain analytic expressions for Green's functions and other observable quantities. \fi From 2001 I have concentrated on studying various consequences of the $d$-wave character of Cooper pairing in HTSC. I have derived a finite temperature time-dependent effective action [23] for the phase of the pairing field devoting special attention to the so called {\em Landau damping} terms. I have also investigated the {\em Carlson-Goldman mode} [26] in clean $d$-wave superconductors using the effective ``phase only'' action formalism. In 2002 I studied the dependence of the superfluid density in the HTSC on an applied magnetic field [27] (see also the latest work [37]) caused by the {\em Volovik effect\/} and investigated the collective phase excitations ({\em Leggett mode}) in two-band superconductors using the path integral formalism and applied these results to the recently discovered MgB$_2$ superconductor [28]. \iffalse I would like to point out that the paper [27] is greatly inspired by Prof. Martinoli's experimental group working at the University of Neuch\^atel. These results are under the experimental test now. \fi \end{category} % ------- Languages --------------------------------------------------- \begin{category}{Languages} \citembullet Mother tongue: Russian \citembullet Fluently spoken/written: English, Ukrainian; French - intermediate level \end{category} % -------- Computer Skills -------------------------------------------- \begin{category}{Computer Skills} \citembullet DOS, Windows 98/NT/2000/XP, Linux, IRIX; Mathematica, Mathcad, \LaTeX, MiK\TeX, Gnuplot, basics of hypertext language (I support the research group's and my own home-pages); software for managing databases of scientific articles; dictionary software; a little of FORTRAN and PASCAL \end{category} % -------- References -------------------------------------------- \begin{category}{References} \citem{Prof. Hans Beck} %Universit\'e de Neuch\^atel Institut de Physique, \unine\\ Rue A.-L.Breguet 1\\ CH-2000 Neuch\^atel, Switzerland \\ E-mail: \mbox{\small\tt Hans.Beck@unine.ch} \\ \mbox{\small\tt \url{http://www.unine.ch/phys/theocond/Members/TMC_Beck.html}}\\ Fax : 41 32 718 2901 \citem{Prof. Jules P. Carbotte} %McMaster University Department of Physics and Astronomy, \\ A. N. Bourns Science Building, McMaster University \\ 1280 Main Street West \\ Hamilton, Ontario, Canada, L8S 4M1 \\ E-mail: \mbox{\small\tt carbotte@mcmaster.ca} \\ \mbox{\small\tt \url{http://www.physics.mcmaster.ca/people/faculty/Carbotte_JP_h.html}}\\ Fax : +905 546-1252 \iffalse \citem{Prof. V.P.~Gusynin} %Bogolyubov Institute for Theoretical Physics\\ %of the National Academy of Sciences of Ukraine Bogolyubov Institute for Theoretical Physics \\ Metrologicheskaya Str. 14-b, 03143, Kiev-143, Ukraine \\ E-mail: \mbox{\small\tt vgusynin@bitp.kiev.ua} \\ \mbox{\small\tt \url{http://www.qft.univ.kiev.ua/people/gusyn/gusyn_e.html}}\\ Fax : 380-44-266-5998 \\ \fi \citem{Prof. Igor Herbut} %Simon Fraser University Department of Physics, Simon Fraser University\\ 8888 University Drive Burnaby,\\ British Columbia, Canada, V5A 1S6\\ E-mail: \mbox{\small\tt iherbut@sfu.ca}\\ \mbox{\small\tt \url{http://www.sfu.ca/physics/faculty/herbut.html}}\\ Fax: +604 291-3592 \iffalse \citem{Prof. V.A. Miransky} Department of Applied Mathematics,\\ The University of Western Ontario \\ Middlesex College \\London, Ontario, Canada N6A 5B7 \\ E-mail: \mbox{\small\tt vmiransk@uwo.ca} \\ \mbox{\small\tt \url{http://www.apmaths.uwo.ca/people/vmiransky.shtml}} \\ Fax: +519 661-3523 \fi \end{category} \end{document}