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    1   % File: cv.tex [Plain TeX]
    2   % Last change: August 31, 2014
    3   % Author: Fredrik Jonsson <http://jonsson.eu>
    4   % Description: My Curriculum Vitae, written in plain TeX. This TeX source
    5   %              and its compiled PDF file is electronically available at
    6   %              http://jonsson.eu/about/
    7   % Copyright (C) 1995-2014, Fredrik Jonsson
    8   %
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   56   \line{\twelvecmss CURRICULUM VIT\kern-1.5pt\AE\ --\ FREDRIK JONSSON\hfill}
   57   \input epsf.tex
   58   \vskip -14pt\hskip 325pt\epsfxsize=85pt\epsfbox{fj-bw-240x320.ps}
   59   \vskip -96pt
   60   \section{Biographical and personal information}
   61   \\Karl Fredrik Jonsson, born February 15, 1972, in S\"odert\"alje, Sweden.
   62      \settabs\+\indent&Residence\quad&\cr
   63      \+&Residence: & Norrlanda Liste, SE-622 50 Romakloster, Sweden\cr
   64      \+&Web site: & {\tt http://jonsson.eu} (lectures, computer code
   65        and reprints)\cr
   66   \\Married to \AA sa Jonsson. Four sons: Harald, Arvid, Einar and Yngve.
   67   
   68   \section{Academic record}
   69   \\PhD in physics ({\it Teknologie Doktor}), the Royal Institute of Technology,
   70      Stockholm, 2000.
   71   \\\indent Thesis: {\it The Nonlinear Optics of Magneto-Optic Media},
   72      ISBN 91-7170-575-9. Available at the National Library of Sweden
   73      (Kungl.~Biblioteket) or {\tt http://jonsson.eu}.
   74   \\\indent Faculty opponent: Prof~Yuen-Ron Shen, University of California
   75     at Berkeley.
   76   \\\indent Scientific supervisor and mentor: Prof~Christos Flytzanis,
   77     Ecole Polytechnique, France.
   78     \smallskip
   79   
   80   \\MSc in engineering physics ({\it Civilingenj\"or Teknisk Fysik}), the Royal
   81     Institute of Technology, Stockholm (1995). Undergraduate studies 1991--1995;
   82     Military service as computer programmer in the Swedish Navy during 1994.
   83   
   84   \section{Scientific production in summary}
   85   \\23 peer-reviewed articles in scientific journals (of which 4 in
   86     the {\it Physical Review Letters}).
   87   \\12 patents on 4 separate inventions.
   88   \\53 conference publications (of which 21 invited talks).
   89   \\More than 1000 hours of teaching experience at university level,
   90     in electromagnetism, wave theory, geometrical optics and nonlinear optics.
   91   
   92   \section{Employment history}
   93   
   94   \\Micronic Mydata AB, Stockholm, 2007--present.
   95   \\\indent 2012--present, Manager R\&D / Optics \& Calibration.
   96   \\\indent 2011--present, Senior Specialist -- Computational Physics.
   97   \\\indent 2009--2011, Chief Designer -- System Calibration.
   98   \\\indent 2008--2009, Acting Manager R\&D / Physics.
   99      \smallskip
  100   
  101   \\University of Southampton, England, 2005--2007.
  102   \\\indent{\it Portfolio Project Leader},
  103      Optoelectronics Research Centre, Nanophotonics Group of
  104      Prof~Nikolay Zheludev.
  105      Research on phase-change memory functionality of nanoparticles and
  106      generation of surface plasmons by electron injection. Development of the
  107      first-ever scanning electron microscope with capability of imaging of
  108      plasmonic distributions.
  109      \smallskip
  110   
  111   \\Tyndall National Institute, Cork, Republic of Ireland, 2003--2005.
  112   % (former National Microelectronics Research Centre)
  113   \\\indent{\it Postdoctoral Fellow},
  114      Photonic Nanostructures Group of Prof~Clivia Sotomayor Torres.
  115      Research on fabrication of photonic crystals and alignment techniques for
  116      the intentional inscription of defects by electron beam lithography in
  117      self-assembled nanostructures.
  118      \smallskip
  119   
  120   \\Proximion Fiber Optics AB, Stockholm, 2001--2003.
  121   \\\indent {\it Research Scientist}, Research \& Development.
  122      Development of inverse scattering theory of acousto-optical wave
  123      interactions in chirped fiber Bragg gratings for optical-layer monitoring
  124      devices. Designer of an apparatus for inscription of Bragg gratings in
  125      optical fibers. Development of attenuating optical coatings and
  126      theoretical models for long-term ageing issues of fiber Bragg gratings.
  127      \smallskip
  128   
  129   \\Ericsson Radio Systems AB, Stockholm, 2000--2001.
  130   \\\indent {\it Project Manager Opto Technology}, Department of Generic
  131      Technologies, ERA/X/L.
  132      Main responsible for project on development of high-speed parallel-optical
  133      30~Gbps interconnects and building practices. Manager for the Ericsson part
  134      in a collaboration project in optical interconnects together with Chalmers
  135      University of Technology, Gothenburg, Sweden.
  136      \smallskip
  137   
  138   \\Royal Institute of Technology, Stockholm, 1996--2000.
  139   \\\indent {\it Graduate student (Doktorand)} at the Department of
  140     Physics\,-\,Optics.
  141     Research on nonlinear magneto-optical interactions in micro-cavities and
  142     parametric oscillators. Development of theoretical models and experiments
  143     performed in collaboration with Prof Christos Flytzanis, heading the
  144     Laboratoire d'Optique Quantique, Ecole Polytechnique, France.
  145     \smallskip
  146   
  147   \\Institute of Optical Research, Stockholm,
  148     1995--1996.
  149   \\\indent {\it Research engineer} in the Integrated Optics group.
  150     Research on polymeric waveguides and algorithms for numerical
  151     simulation of electromagnetic wave propagation. In the characterization
  152     of waveguides, the project involved the development of a near-field
  153     fibre-optic scanner of mode profiles, much in line with today's scanning
  154     near-field optical microscopes (SNOM).
  155     \smallskip
  156   
  157   \\Swedish Colour Foundation, 1994--1995.
  158   \\\indent {\it Research on colour perception and computer cognition.}
  159     Research on algorithms for automated recognition of NCS-coordinates
  160     of colour samples, involving implementation of an artificial neural network
  161     and related training software for computer cognition. Project carried out
  162     during my military service and undergraduate studies, as a spin-off from
  163     a project carried out for the Swedish Colour Foundation during the summer
  164     of 1993.
  165   
  166   \section{Fellowships and awards}
  167   \\Postdoctoral Fellowship, Science Foundation Ireland, 2004.
  168   \\Lars Hierta scholarship 1999.
  169   \\Lars Hierta scholarship 1997.
  170   \\G\"oran Gustafsson scholarship 1996, providing four years of full-time
  171     funding from the G\"oran Gustafsson foundation for my PhD studies.
  172   
  173   \section{Academic commitments}
  174   
  175   \\Supervisor of Master student Alexandru Topor, for Degree of Master of
  176     Science in Engineering, at the Department of Production Engineering,
  177     School of Industrial Engineering and Management, the Royal Institute of
  178     Technology, 2013. Alexandru Topor's thesis, {\it Optical Correlation
  179     Techniques for Alignment in Future Pattern Generators},
  180     ISBN 978-91-7501-812-6, received the highest possible grade at the
  181     examination.
  182     \smallskip
  183   
  184   \\Supervisor of PhD students Bruno Soares (optical phase-change memories),
  185     Andrei Denisyuk (optically assisted growth of gallium nanoparticles) and
  186     Maxim Bashevoy (surface plasmon polaritons and imaging of plasmonic
  187     distribution by means of electron injection), at the University of
  188     Southampton, School of Physics and Astronomy, 2005--2007.
  189   \smallskip\\\indent The work by Bruno Soares showed, for the first time ever,
  190     on an optically addressed quaternary solid-state phase-change memory.
  191     The work was published in the Physical Review Letters and was featured by
  192     Nature Nanotechnology (April 2007; {\tt doi:10.1038/nnano.2007.138}) as well
  193     as Physical Review Focus (April 2007; {\tt doi:10.1103/physrevfocus.19.12}).
  194   \smallskip\\\indent The work by Maxim Bashevoy resulted in the first-ever
  195     implementation of a scanning imaging system capable of simultaneously sampling
  196     spatial as well as spectral plasmonic distributions (hyperspectral imaging of
  197     plasmonic distributions).
  198     \smallskip
  199   
  200   \\Lecturer in the graduate course {\it Nonlinear optics}
  201      (5A5513, 5p), 2003.
  202   \\\indent Course held January--April 2003, at the Department
  203      of Laser Physics and Quantum Optics, the Royal Institute
  204      of Technology, Stockholm.
  205   \\\indent Lecture notes published as {\it Lecture Notes on Nonlinear Optics}
  206      (Transactions of the Royal Institute of Technology, Stockholm, 2003,
  207      168~pages), ISBN 91-7283-517-6.
  208      \smallskip
  209   
  210   \\Faculty opponent at defence of thesis for degree of Licentiate of
  211     Engineering, May 11, 2001.
  212   \\\indent Defendant: H\aa kan Forsberg, Department of Computer Engineering,
  213     Chalmers University of Technology, Gothenburg, Sweden.
  214   \\\indent Thesis: {\it Parallel Computer Architectures Using Optical
  215     Interconnects}.
  216      \smallskip
  217   
  218   \section{Patents}
  219   
  220   \patent{US Patent 8,570,535, {\it Pattern generators, calibration systems and
  221     methods for patterning workpieces}, A.~Svensson and F.~Jonsson (US Patent,
  222     filed March 2011).}
  223   
  224   \patent{PCT/EP2011/053241, {\it Pattern generators comprising a calibration
  225     system}, A.~Svensson and F.~Jonsson (International PCT Patent, filed March
  226     2011).}
  227   
  228   \patent{CA 2622813, {\it Transport capillaire de nanoparticules ou de
  229     microparticules pour former une structure ordonnee / Capillary transport
  230     of nanoparticles or microparticles to form an ordered structure},
  231     F.~Jonsson, J.~Ahopelto, S.~Arpiainen, C.~Sotomayor Torres
  232     (Canadian Patent Pending, filed February 2008, published September 2008).}
  233   
  234   \patent{US/20080220159, {\it Capillary transport of nanoparticles or
  235     microparticles to form an ordered structure},
  236     F.~Jonsson, J.~Ahopelto, S.~Arpiainen, C.~Sotomayor Torres
  237     (US Patent Pending, filed
  238     September 2008).}
  239   
  240   \patent{EP-1964946, {\it Capillary transport of nanoparticles or microparticles
  241     to form an ordered structure},
  242     F.~Jonsson, J.~Ahopelto, S.~Arpiainen, C.~Sotomayor Torres
  243     (European Patent Pending, filed February 2008,
  244     published September 2008).}
  245   
  246   \patent{FI-20075153, {\it Capillary transport of nanoparticles or
  247     microparticles to form an ordered structure / Nano- tai mikropartikkeleiden
  248     kapillaarien kuljetus j\"arjestetyn rakenteen muodostamiseksi / Kapill\"ar
  249     transport av nano- eller mikropartiklar f\"or bildning av en ordnad
  250     struktur},
  251     F.~Jonsson, J.~Ahopelto, S.~Arpiainen, C.~Sotomayor Torres
  252     (Finnish Patent application, filed March 2007; Priority document of European,
  253     US and Canadian patent applications filed February 2008.)
  254     Joint venture between VTT Information Technologies, Helsinki, and Tyndall
  255     National Institute, Cork.}
  256   
  257   \patent{SE-0502939-2, {\it Polarisation state switch / Optisk
  258     polarisationstillst{\aa}nds-switch}, F.~Jonsson
  259     (Swedish Pat\-ent, filed December 2005).}
  260   
  261   \patent{US/20070104421, {\it Wavelength selective device},
  262     A.~Henriksson, F.~Jonsson, S.~Karlsson, U.~Olin (US Patent, filed May 2007).}
  263   
  264   \patent{CA 2548175, {\it Dispositif selectif en longueurs d'onde / Wavelength
  265     selective device}, A.~Henriksson, F.~Jonsson, S.~Karlsson, U.~Olin
  266     (Canadian Patent, filed June 2006).}
  267   
  268   \patent{PCT/SE2004/001774, {\it Wavelength selective device}, A.~Henriksson,
  269     F.~Jonsson, S.~Karlsson, U.~Olin (International PCT Patent, filed November
  270     2004).}
  271   
  272   \patent{US/60/481726, {\it Wavelength selective device}, A.~Henriksson,
  273     F.~Jonsson, S.~Karlsson, U.~Olin (US Provisional Patent, filed December
  274     2003).}
  275   
  276   \patent{SE-0303223-2, {\it Wavelength selective device}, A.~Henriksson,
  277     F.~Jonsson, S.~Karlsson, U.~Olin (Swedish Patent application, filed
  278     December 2003, expired; Priority document of international application
  279     filed November 2004).}
  280   
  281   \patent{SE-0202160-8, {\it Wavelength selective switch} B.~Sahlberg, A.~Asseh,
  282     A.~Henriksson, R.~Stubbe, U.~\"Ohlander, U.~Olin, S.~Karlsson, F.~Jonsson,
  283     S.~Helmfrid (Swedish Patent application, filed 2002, expired).}
  284   
  285   \section{Peer-reviewed publications in scientific journals}
  286   
  287   \paper{J.-U.~Schmidt, U.~Dauderstaedt, P.~Duerr, M.~Friedrichs,
  288     T.~Hughes, T.~Ludewig, D.~Rudloff, T.~Schwaten, D.~Trenkler,
  289     M.~Wagner, I.~Wullinger, A.~Bergstr\"om, P.~Bj\"orn\"angen,
  290     F.~Jonsson, T.~Karlin, P.~R\"onnholm, and T.~Sandstr\"om,
  291     {\it High-speed one-dimensional spatial light modulator for Laser Direct
  292     Imaging and other patterning applications}, Proc.~SPIE {\bf 8977}, MOEMS and
  293     Miniaturized Systems XIII, 89770O (2014).
  294     {DOI:~{\tt http://dx.doi.org/10.1117/12.2036533}}
  295   }
  296   
  297   \paper{S.~Arpiainen, F.~Jonsson, J.~R. Dekker, G.~Kocher, W.~Khunsin,
  298     C.~M. Sotomayor Torres, J.~Ahopelto, {\it Site-Selective Self-Assembly
  299     of Colloidal Photonic Crystals}, Advanced Functional Materials {\bf 19},
  300     1247--1253 (2009).
  301     {DOI:~{\tt http://dx.doi.org/10.1002/adfm.200801612}}
  302   }
  303   
  304   \paper{A.~I. Denisyuk, F.~Jonsson, K.~F. MacDonald, N.~I. Zheludev, and F.~J.
  305     Garc{\'\i}a de Abajo, {\it Luminescence readout of nanoparticle phase state},
  306     Applied Physics Letters {\bf 92}, 093112 (2008).
  307     {DOI:~{\tt http://dx.doi.org/10.1063/1.2890483}}
  308   }
  309   
  310   \paper{M.~V. Bashevoy, F.~Jonsson, K.~F. MacDonald, Y.~Chen, and N.~I.
  311     Zheludev, {\it Hyperspectral imaging of plasmonic nanostructures with
  312     nanoscale  resolution}, Optics Express {\bf 15}, 11313--11320 (2007).
  313     {DOI:~{\tt http://dx.doi.org/10.1364/oe.15.011313}}
  314   }
  315   
  316   \paper{Bruno F.~Soares, Fredrik Jonsson and Nikolay I.~Zheludev,
  317     {\it All-optical phase-change memory in a single gallium nanoparticle},
  318     Physical Review Letters {\bf 98}, 153905 (2007).
  319     {\it This article was selected as an  Editors' Suggestion by the editorial
  320     board of the Physical Review Letters, and has been featured by Nature
  321     Nanotechnology as well as Physical Review Focus.}
  322     {DOI:~{\tt http://dx.doi.org/10.1103/PhysRevLett.98.153905}}
  323   }
  324   
  325   \paper{G.~Kocher, W.~Khunsin, S.~Arpiainen, J.~Romero-Vivas, S.~G. Romanov,
  326     J.~Ye, B.~Lange, F.~Jonsson, R.~Zentel, J.~Ahopelto and C.~M. Sotomayor
  327     Torres, {\it Towards Si-based photonic circuits: Integrating photonic
  328     crystals in silicon-on-insulator platforms}, Solid State Electronics
  329     {\bf 51}, 333--336 (2007).
  330     {DOI:~{\tt http://dx.doi.org/10.1016/j.sse.2007.01.010}}
  331   }
  332   
  333   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Photospin-Orbit Coupling
  334     in Photonic Structures}, Physical Review Letters {\bf 97}, 193903 (2006).
  335     \goodbreak
  336     {DOI:~{\tt http://dx.doi.org/10.1103/PhysRevLett.97.193903}}
  337   }
  338   
  339   \paper{B.~F. Soares, M.~V. Bashevoy, F. Jonsson, K.~F. MacDonald and N.~I.
  340     Zheludev, {\it Polymorphic nanoparticles as all-optical memory elements},
  341     Optics Express {\bf 14}, 10652--10656 (2006).
  342     {DOI:~{\tt http://dx.doi.org/10.1364/oe.14.010652}}
  343   }
  344   
  345   \paper{M.~V. Bashevoy, F. Jonsson, A.~V. Krasavin, N.~I. Zheludev, Y. Chen and
  346     M. I. Stockman, {\it Generation of Traveling Surface Plasmon Waves by
  347     Free-Electron Impact}, Nano Letters {\bf 6}, 1113--1115 (2006).
  348     {DOI:~{\tt http://dx.doi.org/10.1021/nl060941v}}
  349   }
  350   
  351   \paper{J. Ye, R. Zentel, S. Arpiainen, J. Ahopelto, F. Jonsson, S.~G. Romanov
  352     and  C.~M. Sotomayor Torres, {\it Integration of self-assembled
  353     three-dimensional  photonic crystals onto structured silicon wafer},
  354     Langmuir {\bf 22}, 7378--7383 (2006).
  355     {DOI:~{\tt http://dx.doi.org/10.1021/la0607611}}
  356   }
  357   
  358   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Optical parametric
  359     interactions in distributed mag\-neto-optical {Bragg} gratings}, Journal of
  360     Nonlinear Optical Physics and Materials {\bf 15}, 113--139 (2006).
  361     {DOI:~{\tt http://dx.doi.org/10.1142/S0218863506003177}}
  362   }
  363   
  364   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Nonlinear magneto-optical
  365     {Bragg} gratings}, Physical Review Letters {\bf 96}, 063902 (2006).
  366     {DOI:~{\tt http://dx.doi.org/10.1103/PhysRevLett.96.063902}}
  367   }
  368   
  369   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Spectral windowing using
  370     chirped magneto-optical {Bragg} gratings},
  371     Journal of the Optical Society of America~B, {\bf 22}, 293--298 (2005).
  372     \goodbreak
  373     {DOI:~{\tt http://dx.doi.org/10.1364/josab.22.000293}}
  374   }
  375   
  376   \paper{K.~Varis, M.~Mattila, S.~Arpiainen, J.~Ahopelto, F.~Jonsson,
  377     C.~M.~Sotomayor Torres, M.~Egen, and R.~Zentel, {\it Reflection of focused
  378     beams from opal photonic crystals}, Optics Express {\bf 13}, 2653--2667
  379     (2005).
  380     {DOI:~{\tt http://dx.doi.org/10.1364/opex.13.002653}}
  381   }
  382   
  383   \paper{F.~Jonsson, C.~M. Sotomayor Torres, J.~Seekamp, M.~Schniedergers,
  384     A.~Tiedemann, J.~Ye, and R.~Zentel, {\it Artificially inscribed defects in
  385     opal photonic crystals}, Microelectronic Engineering {\bf 78},
  386     429--435 (2005).
  387     {DOI:~{\tt http://dx.doi.org/10.1016/j.mee.2004.12.054}}
  388   }
  389   
  390   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Artificially induced
  391     perturbations in chirped magneto-optical {Bragg} gratings}, in
  392     {\it Magneto-Optical Materials for Photonics and Recording},
  393     edited by Koji Ando, William Challener, Richard Gambino, and Miguel Levy
  394     (Mater. Res. Soc. Symp. Proc. 834, Warrendale, PA , 2005), J1.8.
  395     {URL: {\tt http://lucy.mrs.org/publications/epubs/}}
  396   }
  397   
  398   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Optical amplitude and phase
  399     evolution in nonlinear magneto-optical Bragg gratings}, Invited paper in
  400     {Journal of Nonlinear Optical Physics and Materials} {\bf 13}, 129--154
  401     (2004).
  402     {DOI:~{\tt http://dx.doi.org/10.1142/S0218863504001803}}
  403   }
  404   
  405   \paper{Micha\"el Haddad, Fredrik Jonsson, Robert Frey, and Christos Flytzanis,
  406     {\it Nonlinear optical gyrotropy}, {Nonlinear Optics} {\bf 23}, 251 (2001).
  407   }
  408   
  409   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Polarization state
  410     dependence of optical parametric processes in artificially gyrotropic
  411     media}, Journal of Optics~A: Pure and Applied Optics {\bf 2}, 299--302
  412     (2000).
  413     {DOI:~{\tt http://dx.doi.org/10.1088/1464-4258/2/4/310}}
  414   }
  415   
  416   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Magneto-optic parametric
  417     oscillation}, Optics Letters {\bf 25}, 1249--1251 (2000).
  418     {DOI:~{\tt http://dx.doi.org/10.1364/ol.25.001249}}
  419   }
  420   
  421   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Polarization state
  422     controlled multistability of a nonlinear magneto-optic cavity},
  423     Physical Review Letters {\bf 82}, 1426--1429 (1999).
  424     \goodbreak
  425     {DOI:~{\tt http://dx.doi.org/10.1103/PhysRevLett.82.1426}}
  426   }
  427   
  428   \paper{Fredrik Jonsson and Christos Flytzanis, {\it Optical parametric
  429     generation and phase-matching in mag\-ne\-to-optic media},
  430     Optics Letters {\bf 24}, 1514--1516 (1999).
  431     \goodbreak
  432     {DOI:~{\tt http://dx.doi.org/10.1364/ol.24.001514}}
  433   }
  434   
  435   \paper{M.~Haddad, P.~Leishing, F.~Jonsson, J.~Cibert, R.~Frey, and
  436     C.~Flytzanis, {\it Photoinduced Faraday rotation in quantum wells of
  437     semimagnetic semiconductors (French title: Rotation Faraday photo-induite
  438     dans les puits quantiques des semi-conducteurs semi-magn\'etiques)},
  439     Annales de Physique Fr. {\bf 23}, 189--190 (1998).}
  440   
  441   \section{Talks}
  442   
  443   \talk{{\bf [Invited]} F.~Jonsson, {\it The energy principle in design of MEMS
  444     mirrors for lithography}, Invited talk at the 1:st Comsol Electromagnetics
  445     Simulations Seminar, Stockholm (June 11, 2014).
  446     {\tt http://www.comsol.com/}}
  447   
  448   \talk{J.-U.~Schmidt, U.~Dauderstaedt, P.~Duerr, M.~Friedrichs,
  449     T.~Hughes, T.~Ludewig, D.~Rudloff, T.~Schwaten, D.~Trenkler,
  450     M.~Wagner, I.~Wullinger, A.~Bergstr\"om, P.~Bj\"orn\"angen,
  451     F.~Jonsson, T.~Karlin, P.~R\"onnholm, and T.~Sandstr\"om,
  452     {\it High-speed one-dimensional spatial light modulator for Laser Direct
  453     Imaging and other patterning applications}, presented at the
  454     SPIE Conference on MOEMS and Miniaturized Systems XIII, San Francisco,
  455     California, United States (February 01, 2014).
  456     {\tt http://www.spie.org/}}
  457   
  458   \talk{{\bf [Invited]} G.~Kocher, S.~Arpiainen, W.~Khunsin, J.~Romero Vivas,
  459     K.~Vynck, B.~Lange, M.~Mulot, F.~Jonsson, J.~Ye, S.~G. Romanov, T.~Charvolin,
  460     E.~Hadji, D.~Cassagne, R.~Zentel, J.~Ahopelto and C.~M. Sotomayor Torres,
  461     {\it Integration of SOI-based waveguides, 2D- and Si-based 3D photonic
  462     crystals}, Invited talk at Workshop on Advances on Photonic Crystals, COST
  463     Action P11: Physics of Linear, Non-linear and Active Photonic Crystals,
  464     Capri, Italy, (September 28--30, 2007).
  465     {\tt http://w3.uniroma1.it/energetica/}}
  466   
  467   \talk{{\bf [Invited]} C.~Flytzanis, F.~Jonsson and R.~Frey,
  468     {\it Gyrotropic photonic structures. Polarization state filtering and
  469     manipulation in photospintronics}, Invited talk at Advances in Nanophotonics
  470     II, hosted by the PhOREMOST European Network of Excellence, Istanbul, Turkey
  471     (September 13--15, 2007). {\tt http://www.phoremost.org/}}
  472   
  473   \talk{{\bf [Invited]} M.~Bashevoy, F.~Jonsson and N.~Zheludev,
  474     {\it Hyperspectral cathodo-luminescence imaging of plasmon excitations
  475     in metal nanostructures}, Invited talk to be presented at Optics and
  476     Photonics 2006 (Plasmonics: Nanoimaging, Nanofabrication, and their
  477     Applications III, OP214), The International Society for Optical
  478     Engineering (SPIE), San Diego, California, United States,
  479     (August 26--30, 2007). {\tt http://spie.org/conferences/calls/07/op/}}
  480   
  481   \talk{A.~I. Denisyuk, F. Jonsson, and N.~I. Zheludev,
  482     {\it Optical size control in growth of gallium nanoparticles},
  483     Oral presentation at OPC-2007 (8th International Congress on Optical
  484     Particle Characterization), Graz, Austria (July 9--13, 2007).
  485     {\tt http://www.opc2007.at/}}
  486   
  487   \talk{{\bf [Invited]} M.~Bashevoy, F.~Jonsson Y. Chen and N.~Zheludev,
  488     {\it Hyperspectral imaging of plasmons with nanoscale resolution},
  489     Invited talk to be presented at SPP3 (Third International Conference
  490     on Surface Plasmon Photonics), Dijon, France (June 17--22, 2007).
  491     \goodbreak{\tt http://www.plasmonanodevices.org/spp3/}}
  492   
  493   \talk{M. Bashevoy, F. Jonsson and N. Zheludev,
  494     {\it Hyperspectral imaging of gold dimers},
  495     Oral presentation at CLEO/Europe-IQEC, Talk CK5-5-TUE (Session of Photonic
  496     Crystals, Photonic Nanostructures and Integrated Optics), Munich, Germany
  497     (June 17-22, 2007). \goodbreak{\tt http://www.cleoeurope.org/}}
  498   
  499   \talk{A.~I. Denisyuk, F. Jonsson, and N.~I. Zheludev,
  500     {\it Phase-change memory functionality in gallium nanoparticles},
  501     Oral presentation at CLEO/Europe-IQEC, Talk CC4-4-THU (Session of
  502     Photorefractives and related materials), Munich, Germany (June 17-22, 2007).
  503     \goodbreak{\tt http://www.cleoeurope.org/}}
  504   
  505   \talk{A.~I. Denisyuk, F. Jonsson, and N.~I. Zheludev, M. Bashevoy, F. Jonsson
  506     and N. Zheludev, {\it Hyperspectral imaging of plasmonic excitations induced
  507     by an electron beam}, Oral presentation at CLEO/QELS'2007, Talk QThE7
  508     (Session of Plasmonics), Baltimore, United States (May 6-11, 2007).
  509     {\tt http://www.cleoconference.org/}}
  510   
  511   \talk{{\bf [Invited]} G.~Kocher, W.~Khunsin, J.~Romero Vivas, K.~Vynck,
  512     S.~Arpiainen, S.~G. Romanov, B.~Langer, M.~Mulot, F.~Jonsson, T.~Charvolin,
  513     E.~Hajdi, D.~Cassagne, R.~Zentel, J.~Ahopelto, C.~M. Sotomayor Torres,
  514     {\it Integration of SOI-based 2D- and Si-based 3D photonic crystals},
  515     Invited talk at the 211th Meeting of the Electrochemical Society, Chicago,
  516     United States (May 6--11, 2007).
  517     {\tt http://www.electrochem.org/meetings/biannual/211/211.htm}}
  518   
  519   \talk{{\bf [Invited]} F.~Jonsson, {\it Nanophotonics with the scanning
  520     electron microscope}, Invited talk % WED3o.1
  521     at the 1st European Topical
  522     Meeting on Nanophotonics and Metamaterials, Seefeld, Austria
  523     (January 8--11, 2007). {\tt http://www.nanometa.org/}}
  524   
  525   \talk{M.~V. Bashevoy, F.~Jonsson, N.~I. Zheludev, and Y.~Chen, {\it Generation
  526     of surface plasmons by electron beam excitation}, Oral presentation % THU2o.1
  527     at the 1st European Topical Meeting on Nanophotonics and Metamaterials,
  528     Seefeld, Austria (January 8--11, 2007). {\tt http://www.nanometa.org/}}
  529   
  530   \talk{{\bf [Invited]} B.~Soares, F.~Jonsson, K.~Macdonald and N.~Zheludev,
  531     {\it All-optical phase-change memory in a single nanoparticle},
  532     Invited talk at the 2nd Annual Workshop - Advances in Nanophotonics,
  533     hosted by the PhOREMOST European Network of Excellence, Vilnius, Lithuania
  534     (September 26--28, 2006). {\tt http://www.phoremost.org/}}
  535   
  536   \talk{B. F. Soares, F. Jonsson, and N. I. Zheludev, {\it All-optical Switch and
  537     Memory Element Based on a Single Nanoparticle}, Oral presentation at NFO-9
  538     (9th International conference on near-field optics, nanophotonics and related
  539     techniques), Lausanne, Switzerland (September 10--15, 2006).
  540     {\tt http://www.nfo9.org/}}
  541   
  542   \talk{M. V. Bashevoy, F. Jonsson, A. V. Krasavin, N. I. Zheludev, Y. Chen,
  543     and M. I. Stockman, {\it Generating Plasmon Waves by Electron Beam
  544     Excitation}, Oral presentation at NFO-9 (9th International conference on
  545     near-field optics, nanophotonics and related techniques), Lausanne,
  546     Switzerland (September 10--15, 2006).
  547     {\tt http://www.nfo9.org/}}
  548   
  549   \talk{{\bf [Postdeadline]} M. V. Bashevoy, F. Jonsson, A. V. Krasavin,
  550     N. I. Zheludev, Y. Chen, and M. I. Stockman, {\it Generation of Propagating
  551     Plasmonic Waves on Unstructured Gold Surface by an Electron Beam},
  552     Postdeadline paper presented at CLEO/QELS-06 (Conference on Lasers and
  553     Electro-Optics/Quantum Electronics and Laser Science), Optical Society of
  554     America, Long Beach, California, United States (May 21--26, 2006).
  555     {\tt http://www.cleoconference.org/}}
  556   
  557   \talk{B. F. Soares, M. V. Bashevoy, K. F. MacDonald, F. Jonsson, and
  558     N. I. Zheludev, {\it A nanoparticle as a bit of optical memory}, Oral
  559     presentation at QEP-17 (Conference on Quantum Electronics and Photonics),
  560     Institute of Physics, Manchester, United Kingdom (September 4--7, 2006).
  561     {\tt http://www.photon06.org/}}
  562   
  563   \talk{B. F. Soares, F. Jonsson, K. F. MacDonald, A. I. Denisyuk, and
  564     N. I. Zheludev, {\it Dynamic structural equilibrium in self-assembled
  565     nanoparticles at the fiber tip: Probing with second harmonic generation},
  566     Oral presentation at QEP-17 (Conference on Quantum Electronics and
  567     Photonics), Institute of  Physics, Manchester, UK
  568     (September 4--7, 2006). {\tt http://www.photon06.org/}}
  569   
  570   \talk{M.~V. Bashevoy, F.~J. Garc{\'\i}a de Abajo, F.~Jonsson, Y.~Chen, and
  571     N.~I. Zheludev, {\it New plasmon visualization technique in metal
  572     nano-structures based on the spectral mapping on the optical emission
  573     induced by an electron beam},
  574     Oral presentation at QEP-17 (Conference on Quantum Electronics and
  575     Photonics), Institute of  Physics, Manchester, United Kingdom
  576     (September 4--7, 2006). {\tt http://www.photon06.org/}}
  577   
  578   \talk{M.~Bashevoy, F.~Jonsson, N.~I.~Zheludev, and F.~J. Garc{\'\i}a de
  579     Abajo, {\it Visualization of plasmons in metallic nanostructures using
  580     cathodo-luminescence}, Oral presentation 6323-07 at Optics and
  581     Photonics 2006 (Session on Plasmonics: Metallic Nanostructures and their
  582     Optical Properties IV, NP204), The International Society for Optical
  583     Engineering (SPIE), San Diego, California, United States,
  584     (August 13--17, 2006). {\tt http://spie.org/conferences/programs/06/op/}}
  585   
  586   \talk{{\bf [Invited]} G.~Kocher, W.~Khunsin, S.~G. Romanov, F.~Jonsson,
  587     C.~M. Sotomayor Torres, K.~Vynck, D.~Cassagne, R.~Zentel, S.~Arpiainen,
  588     J.~Ahopelto, and B. Langer, {\it 2D photonic defect layers in 3D inverted
  589     silicon opals on a Si platform}, Invited talk at the 8th International
  590     Conference on Transparent Optical Networks, Nottingham, United Kingdom,
  591     (June 18--22, 2006).
  592     {\tt http://www.itl.waw.pl/konf/icton/2006/invited.html}}
  593   
  594   \talk{{\bf [Invited]} K. F. MacDonald, M. V. Bashevoy, A. I. Denisyuk,
  595     F. Jonsson, B. F. Soares, and N. I. Zheludev, {\it Nanophotonics Under a
  596     Scanning Electron Microscope: Studying Resonator-less All-Optical Switching
  597     and Memory Functionality in Gallium Nanoparticles}, Invited talk QTuJ2 at
  598     CLEO/QELS-06 (Conference on Lasers and Electro-Optics/Quantum Electronics
  599     and Laser Science), Optical Society of America, Long Beach, California,
  600     United States (May 21--26, 2006).
  601     {\tt http://www.cleoconference.org/}}
  602   
  603   \talk{B.~F. Soares, M.~V. Bashevoy, K.~F. MacDonald, F.~Jonsson and
  604     N.~I.~Zheludev, {\it Nanoparticle optical memory function}, Oral presentation
  605     May 10, 16:00, at NSTI Nanotech 2006 (Nano Science and Technology Institute,
  606     Session on Nano Photonics), Hynes Convention Center, Boston, Massachusetts
  607     (May 7--11, 2006). {\tt http://www.nsti.org/Nanotech2006/}}
  608   
  609   \talk{B. F. Soares, M. Bashevoy, K. F. MacDonald, F. Jonsson, and
  610     N. I. Zheludev, {\it Resonator-Less Optical Memory in Nanoparticles},
  611     Oral presentation NThB3 at IPRA/Nano-2006 (Integrated Photonics Research
  612     and Applications Topical Meeting, joint with Nanophotonics Topical Meeting),
  613     Optical Society of America, (Session NThB-Plasmonics and Metamaterials I),
  614     Uncasville, Connecticut, United States (April 24--28, 2006).
  615     \goodbreak{\tt http://www.osa.org/meetings/topicals/IPR{\char'137}NP/}}
  616   
  617   \talk{J.~Ye, R.~Zentel, S.~Arpiainen, J.~Ahopelto, F.~Jonsson,
  618     S.~G. Romanov, and C.~M.~Sotomayor Torres, {\it Crystallization of silica
  619     opals onto patterned silicon wafer}, Oral presentation 6182-57 (Session 12)
  620     at Photonics Europe (SPIE), Strasbourg, France (April 3--7, 2006).
  621     {\tt  http://www.spie.org/Conferences/Calls/06/epe/}}
  622   
  623   \talk{G.~Kocher, F.~Jonsson, S.~Arpiainen, J.~Romero--Vivas, S.~G.~Romanov,
  624     J.~Ye, R.~Zentel, J.~Ahopelto, and C.~M.~Sotomayor Torres, {\it Towards
  625     Si-based photonic circuits: integrating photonic crystals in SOI platforms},
  626     Oral presentation at EUROSOI-2006 (Second Workshop of the Thematic Network
  627     on Silicon on Insulator technology, devices and circuits),
  628     Session 5--Advanced SOI Structures, Grenoble, France (March 8--10, 2006).
  629     \goodbreak{\tt http://grenoble2006.eurosoi.org/}}
  630   
  631   \talk{{\bf [Invited]} F. Jonsson, J. Romero-Vivas, S.~G. Romanov,
  632     C.~M. Sotomayor Torres, S. Arpiainen, J. Ahopelto, J. Ye, and R. Zentel,
  633     {\it Towards Si-based photonic circuits: integrating photonic crystals in
  634     Si platforms}, Invited talk at ICTON-2005 (7th International Conference on
  635     Transparent Optical Networks and European Symposium on Photonic Crystals),
  636     Barcelona, Catalonia, Spain (July 3--7, 2005).
  637     Published in {\it Proceedings of the 7th International Conference on
  638     Transparent Optical Networks} {\bf 1}, 129 (2005). ISBN: 0-7803-9236-1.
  639     {\tt http://icton.ccaba.upc.edu/icton/}}
  640   
  641   \talk{{\bf [Invited]} F.~Jonsson, J.~Ye, S.~Arpianen, R.~Zentel, J.~Ahopelto,
  642     and C.~M.~Sotomayor Torres, {\it 3D Opal Photonic Crystals Grown on Patterned
  643     Silicon Platforms}, Invited talk at PECS-VI (International Symposium on
  644     Photonic and Electromagnetic Crystal Structures), Crete, Greece
  645     (June 19--24, 2005).
  646     {\tt http://cmp.ameslab.gov/PECSVI/}}
  647   
  648   \talk{{\bf [Invited]} C.~Flytzanis, F.~Jonsson, R.~Frey, and R.~Andr\'e,
  649     {\it Nonlinear magneto-photonic microcavities and Bragg Gratings.
  650     Nonreciprocity and magnetic spin ordering},
  651     Invited talk at {\it NOMA'05} (7th Mediterranean Workshop and Topical
  652     Meeting on Novel Optical Materials and Applications), Cetraro, Italy
  653     (May 29--June 4, 2005).
  654     \goodbreak{\tt http://hal.archives-ouvertes.fr/hal-00116303/fr/}}
  655   
  656   \talk{{\bf [Invited]} S.~G. Romanov, F. Jonsson, C.~M. Sotomayor-Torres, and
  657     D.~N. Chigrin, {\it Light emission in 3D opal-based photonic crystals},
  658     Invited talk 5825-12 at Opto Ireland (International Symposium on Photonic
  659     and Electromagnetic Crystal Structures), The International Society for
  660     Optical Engineering (SPIE), Dublin, Ireland (April 4--6, 2005).
  661     \goodbreak{\tt http://www.spie.org/Conferences/Programs/05/ire/}}
  662   
  663   \talk{F.~Jonsson and C.~Flytzanis, {\it Artificially induced perturbations
  664     in chirped magneto-optical Bragg gratings}, Oral presentation J1.8 at the
  665     2004 Materials Research Society (MRS) Fall Meeting, Boston, United States
  666     (November 29--December 3, 2004). {\tt http://www.mrs.org/}}
  667   
  668   \talk{F. Jonsson, C. M. Sotomayor Torres, J. Seekamp, M. Schniedergers,
  669     A. Tiedemann, J. Ye, and R. Zentel, {\it Artificially inscribed defects
  670     in opal photonic crystals}, Oral presentation PS-4 at MNE-2004 (Micro- and
  671     NanoElectronics Conference), Rotterdam, The Netherlands
  672     (September 19--22, 2004). {\tt http://www.mne04.org/}}
  673   
  674   \talk{{\bf [Invited]} F.~Jonsson and C.~Flytzanis, {\it Magneto-photonic
  675     crystal tuneable filters}, Invited talk at Nanoelectronics and Photonics
  676     Systems Workshop, Tarragona, Spain (June 20--22, 2004).}
  677   
  678   \talk{{\bf [Invited]} P.~Ferrand, F.~Jonsson, J.~Seekamp, V.~Soloviev,
  679     S.~G.~Romanov, C.~M.~Sotomayor Torres, J.~Ahopelto, M.~Egen, and R.~Zentel,
  680     {\it Towards Silicon-compatible 2D and 3D photonic crystals}, Invited talk
  681     CTuDD4, Session 6: Optical Materials, Fabrication and Characterization, at
  682     {\it CLEO/IQEC 2004} (Conference on Lasers and Electro Optics/International
  683     Quantum Electronics Conference), San Francisco, United States May 16--21,
  684     2004).}
  685   
  686   \talk{{\bf [Invited]} C.~Flytzanis, R.~Frey, F.~Jonsson, R.~Andr\'e,
  687     {\it R\'eseaux et microcavit\'es magn\'eto\-photon\-iques non-lin\'eaires,
  688     photo-spintronique}, Invited talk at OGP-8 (Optique Guid\'ee et Photonique
  689     VIII), Montr\'eal, Canada (May 12--14, 2004).
  690     \goodbreak{\tt http://opt-fibres.phys.polymtl.ca/ogp8/programme.html}}
  691   
  692   \talk{F.~Jonsson, P.~Ferrand, J.~Seekamp, S.~G. Romanov, C.~M.~Sotomayor
  693      Torres, J.~Ahopelto, M.~Egen, and R.~Zentel, {\it Functionalized photonic
  694      crystals from opals}, Oral presentation Mo-C5 at PECS-V
  695      (International symposium on Photonic and Electromagnetic Crystal
  696      Structures V), Kyoto, Japan (March 7--11, 2004).}
  697   
  698   \talk{F.~Jonsson, P.~Ferrand, J.~Seekamp, S.~G. Romanov, C.~M.~Sotomayor
  699     Torres, M.~Egen, and R.~Zentel, {\it Functionalized photonic crystals from
  700     opals}, Oral presentation HL 15.10 at the Spring Meeting of the German
  701     Physical Society, Regensburg, Germany (March 8--12, 2004).}
  702   
  703   \talk{{\bf [Invited]} C.~Flytzanis, R.~Frey, and F.~Jonsson,
  704     {\it Magnetophotonic microcavities and gratings. Nonlinear interactions and
  705     photo-spintronics},
  706     Invited talk at {\it Recent trends in in nonlinear optics and ultra-short
  707     pulse generation}, International Workshop, Pavia, Italy (June 15--16, 2003).}
  708   
  709   \talk{C.~Flytzanis, R.~Frey, and F.~Jonsson, {\it Magnetophotonic
  710     Microcavities and Gratings. Nonlinear Interactions and Photoinduced
  711     Spin Organization}, Oral talk Mo-9 at Carrier Interactions and Spintronics
  712     in Nanostructures, NTT Atsugi Research and Development Center,
  713     Japan (March 10--12, 2003).}
  714   
  715   \talk{F.~Jonsson and C.~Flytzanis, {it Theoretical model for magneto-optical
  716     Bragg gratings}, Oral presentation O4.7 at the 2002 Materials Research
  717     Society (MRS) Fall Meeting, Boston, United States (December 2--6, 2002).
  718     {\tt http://www.mrs.org/}}
  719   
  720   \talk{{\bf [Invited]} F.~Jonsson,
  721     {\it Theory and applications of nonlinear magneto-optics}, Invited talk at
  722     Physics Seminar Series at Chalmers University of Technology, Gothenburg,
  723     Sweden (February 12, 2002).}
  724   
  725   \talk{{\bf [Invited]} F.~Jonsson and C.~Flytzanis, {\it Electromagnetic
  726     nonreciprocity applied to optical switching and amplification},
  727     Invited talk at the Quantum Electronics and Photonics 15 (QEP-15)
  728     conference, Glasgow, Scotland (September 4--6, 2001).}
  729   
  730   \talk{R.~Frey, R.~Andr\'e, F.~Jonsson, and C.~Flytzanis, {\it Nonlinear
  731     quantum magneto-optic micro-cavities and photoinduced spin dynamics},
  732     Oral presentation at {\it NOMA'01} (5th Mediterranean Workshop and Topical
  733     Meeting on Novel Optical Materials and Applications), Certraro, Italy
  734     (May 20--26, 2001).}
  735   
  736   \talk{F.~Jonsson and C.~Flytzanis, {\it Optical parametric oscillation in
  737     magneto-optic media}, Oral presentation at PELS-2000 (Polarisation
  738     Effects in Lasers, Spectroscopy and Optoelectronics), Interdisciplinary
  739     International Conference, Southampton, United Kingdom (September 6--9, 2000),
  740     satellite conference of CLEO/IQEC Europe 2000.}
  741   
  742   \talk{{\bf [Invited]} R.~Frey, M.~Haddad, F.~Jonsson, and C.~Flytzanis,
  743     {\it Photoinduced gyrotropy and non-reci\-pro\-ci\-ty in magnetooptic
  744     cavities}, Invited talk at {\it PELS-2000} (Polarisation Effects in Lasers,
  745     Spectroscopy and Optoelectronics), Interdisciplinary International
  746     Conference, Southampton, United Kingdom (September 6--9, 2000), satellite
  747     conference of CLEO/IQEC Europe 2000.}
  748   
  749   \talk{F.~Jonsson and C.~Flytzanis,
  750     {\it Nonlinear magneto-optics applied to optical bistability and parametric
  751     amplification}, presented at Northern Optics 2000 and EOSAM 2000
  752     (Annual Meeting of the European Optical Society), Uppsala, Sweden
  753     (June 6--8, 2000).}
  754   
  755   \talk{F.~Jonsson, M.~Haddad, R.~Frey, and C.~Flytzanis, {\it Polarization state
  756     sensitive nonlinear effects in optical active and chiral molecular systems},
  757     Oral presentation at {\it ICONO'5} (5th International Conference on Organic
  758     Nonlinear Optics), Davos, Switzerland (March 12--16, 2000).}
  759   
  760   \talk{F.~Jonsson and C.~Flytzanis, {\it Phase matching for optical parametric
  761     processes in artificially gyrotropic media}, Oral presentation at
  762     {\it Workshop on Applications of Nonlinear Optical Phenomena and Related
  763     Industrial Perspectives} (Conference joint with 2nd Annual Meeting of the
  764     COST Action P2) Amalfi, Italy (October 6--9, 1999).}
  765   
  766   \talk{F.~Jonsson, M.~Haddad, R.~Frey, and C.~Flytzanis, {\it Nonlinear
  767     magneto-optical cavities}, Oral presentation at {International Workshop
  768     on Nonlinear Magneto-Optics}, Cardiff, United Kingdom (June 24--26, 1999).}
  769   
  770   \talk{M.~Haddad, F.~Jonsson, R.~Frey, and C.~Flytzanis, {\it Nonlinear
  771     optical gyrotropy and nonreciprocity}, Oral presentation at {\it NOMA}
  772     (4th Mediterranean Workshop on Novel Optical Materials) Certraro, Italy
  773     (June 4--10, 1999).}
  774   
  775   \talk{M.~Haddad, F.~Jonsson, R.~Frey, and C.~Flytzanis, {\it Nonlinear
  776     optical gyrotropy}, Oral presentation at {\it QELS'99} (Quantum Electronics
  777     and Laser Science Conference) Baltimore, United States (May 23--28, 1999).}
  778   
  779   \talk{F.~Jonsson, {\it Polymers in optical interconnects}, Oral presentation
  780     at the summer school {\it Advanced Topics in Modern Optics}, Krogerup,
  781     Denmark, (May 2--8, 1996).}
  782   
  783   \section{Poster presentations}
  784   
  785   \poster{A.~I. Denisyuk, F. Jonsson, and N.~I. Zheludev,
  786     {\it Phase-change memory functionality in gallium nanoparticles},
  787     Poster presentation at OPC-2007 (8th International Congress on Optical
  788     Particle Characterization), Graz, Austria (July 9--13, 2007).
  789     {\tt http://www.opc2007.at/}}
  790   
  791   \poster{M.~V. Bashevoy, F. Jonsson, Y. Chen and N.~I. Zheludev, {\it Generation
  792     of plasmon waves by electron beam impact}, Poster presentation at the 2nd
  793     Annual Workshop - Advances in Nanophotonics, hosted by the PhOREMOST
  794     European Network of Excellence, Vilnius, Lithuania (September 26--28, 2006).
  795     {\tt http://www.phoremost.org/}}
  796   
  797   \poster{K.~F. MacDonald, A.~V. Krasavin, B.~F. Soares, M.~V. Bashevoy,
  798     F. Jonsson, and N.~I. Zheludev, {\it Nonlinear plasmonics in a
  799     gallium/aluminium nano-composite}, Poster presentation P2.14 at
  800     QEP-17 (Conference on Quantum Electronics and Photonics), Institute of
  801     Physics, Manchester, United Kingdom (September 4--7, 2006).
  802     {\tt http://www.photon06.org/}}
  803   
  804   \poster{B.~F. Soares, F. Jonsson, K.~F. MacDonald, A.~I. Denisyuk, and
  805     N.~I. Zheludev, {\it Nonlinear optical interactions in mixed states of metal
  806     nano-particles undergoing structural transformation}, Poster presentation
  807     6323-71 at Optics and Photonics 2006 (Session on Plasmonics: Metallic
  808     Nanostructures and their Optical Properties IV, NP204), The International
  809     Society for Optical Engineering (SPIE), San Diego, California, United States,
  810     (August 13--17, 2006). {\tt http://spie.org/conferences/programs/06/op/}}
  811   
  812   \poster{G.~Kocher, W.~Khunsin, K.~Vynck, S.~Arpiainen, S.~Romanov, B.~Lange,
  813     F.~Jonsson, D.~Cassagne, R.~Zentel, J.~Ahopelto, and C.~M. Sotomayor Torres,
  814     {\it 2D photonic components in 3D inverted opals on Si},
  815     Poster presentation FrM2n.23 at ICPS-2006 (28th International Conference on
  816     the Physics of Semiconductors), Vienna, Austria (July 24--28, 2006).
  817     \goodbreak{\tt http://www.icps2006.at/}}
  818   
  819   \poster{F.~Jonsson, C.~M. Sotomayor Torres, and J. Seekamp, {\it Fabrication
  820     and simulation of individual site defects in opals}, Poster presentation
  821     at PECS-VI (International Symposium on Photonic and Electromagnetic Crystal
  822     Structures), Crete, Greece (June 19--24, 2005).
  823     \goodbreak{\tt http://cmp.ameslab.gov/PECSVI/}}
  824   
  825   \poster{F. Jonsson and C. Flytzanis, {\it Magneto-photonic crystal tunable
  826     filters}, Poster presentation at ETOS-2004 (Emerging Technologies in
  827     Optical Sciences), University College Cork, Republic of Ireland
  828     (July 26--29, 2004). {\tt http://www.physics.ucc.ie/ETOS/}}
  829   
  830   \section{Miscellaneous publications in optical physics}
  831   
  832   \misc{Fredrik Jonsson, {\it Lecture Notes on Nonlinear Optics},
  833     (Transactions of the Royal Institute of Technology, Stockholm, 2003,
  834     168~pages), ISBN 91-7283-517-6. Electronically available via the National
  835     Library of Sweden (Kungl Biblioteket) or at {\tt http://jonsson.eu}.
  836     \hfill\break
  837     URL: {\tt http://swepub.kb.se/bib/swepub:oai:diva.org:kth-9154}}
  838   
  839   \misc{Fredrik Jonsson, {\it The Nonlinear Optics of Magneto-Optic Media},
  840     Doctoral Thesis (Royal Institute of Technology, Stockholm, 2000),
  841     ISBN 91-7170-575-9. Electronically available via the National Library of
  842     Sweden (Kungl Biblioteket).
  843     \hfill\break
  844     URL: {\tt http://swepub.kb.se/bib/swepub:oai:diva.org:kth-2967}}
  845   
  846   \misc{Fredrik Jonsson,
  847     {\it An investigation of future research areas in visual optics}, technical
  848     report TRITA-FYS 2163, ISSN~0280-316X (Transactions of the Royal Institute
  849     of Technology, Stockholm, 1997). This report summarizes a study on the
  850     possible future evolution of ophthalmic intraocular lenses and the current
  851     possibilities of obtaining accommodating intraocular lenses.}
  852   
  853   \misc{Peter Henriksson, Fredrik Jonsson, and Gunnar Arvidsson,
  854     {\it Low-cost polymer waveguides}, in Research in Optics
  855     (Institute of Optical Research, Stockholm, 1995), TR 305, ISSN 0281-1804.}
  856   
  857   \misc{Fredrik Jonsson, {\it Neural networks for modelling of the NCS space}
  858     (Swedish: {\it Neurala n\"at f\"or modellering av NCS-rymden}),
  859     F\"argnotiser {\bf 40}, 27, 1995. Summary of my research on colour
  860     perception and computer cognition, performed together with Gunnar Tonnquist
  861     1994--1995 for the Swedish Colour Foundation.}
  862   
  863   \section{Extracurriculum vit\ae}
  864   \\Decent player of the alto-guitar (an eight-stringed classical-style guitar
  865     tuned in G, in the scheme of the Renaissance lute).
  866   \\Regular sea-kayaker, any time of the year, and instructor of eskimo-rolling
  867     techniques.
  868   \\President of Housing Cooperative Kumlet 20 (\kern-1.2pt{\it Ordf\"orande
  869     f\"or Bostadsr\"attsf\"oreningen Kumlet 20}), Grevgatan~49, Stockholm,
  870     during 2001--2008 and 2009--2014.
  871   \bye
  872   \end % of story
  873   

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