Optical Research Group

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Publikace 2008


[1]        M. Květoň, A. Havránek, P. Fiala, I. Richter, Experimental Study of Acrylamide Based Recording Materials for Applications in Optical Holography, Macromolecular Symposia 268, 115-119 (2008).

[2]        A. Havránek, M. Květoň, Polymer Holography - New Theory of Image Growth, Macromolecular Symposia 268, 43-47 (2008).

[3]        D. Najdek and P. Fiala, Influence of the diffractive structure parameters on the observation of a synthetic stereogram, Optical Engineering 47 (10), October 2008.

[4]        J. Čtyroký, I. Richter, P. Kwiecien, Critical comparison of three modal methods: bidirectional eigenmode expansion, aperiodic rigorous coupled mode analysis, and Fourier series expansion, Proceedings of SPIE 7099 (Photonics North, June 2008, Motreal, Canada), p. 1K1 - 2008.

[5]        P. Fiala, M. Škereň, I. Richter, Optika na Fakultě jaderné a fyzikálně inženýrské ČVUT v Praze, Jemná mechanika a optika 53, s. 270 (2008).

[6]        P. Kwiecien, I. Richter, J. Čtyroký, Aperiodic rigorous coupled wave analysis applied to photonic nanostructure modelling: a critical study, Proceedings of the OWTNM 17, (International workshop on Optical waveguide theory and numerical modelling, June 2008, Eindhoven, Netherlands), 2008.

[7]        T. Lauerman, J.Čtyroký, Numerical Model of Nonlinear pulse Propagation in SOI Microring Resonators, Proceedings of the OWTNM 17, (International workshop on Optical waveguide theory and numerical modelling, June 2008, Eindhoven, Netherlands), 2008.

[8]        J. Fiala, I. Richter, Interaction of light with subwavelength apertures: a comparison of approximate and rigorous approaches, Proceedings of the OWTNM 17, (International workshop on Optical waveguide theory and numerical modelling, June 2008, Eindhoven, Netherlands), 2008.

[9]        V. Lédl, M. Květoň, Characterization and Application of New Photopolymer Recording Media for Usage in Holography, The 6th International Conference on Photonics, Devices and Systems, Prague 2008 (poster presentation).

[10]     P. Kwiecien, I. Richter, ARCWA as a tool for rigorous modelling of photonics structures, The 6th International Conference on Photonics, Devices and Systems, Photonics Prague 2008, Prague, Czech Republic, August 2008.

[11]     J. Fiala, I. Richter, Study of enhanced optical transmission through subwavelength apertures, The 6th International Conference on Photonics, Devices and Systems, Photonics Prague 2008, Prague, Czech Republic, August 2008.

[12]     P. Kwiecien, J. Fiala, I. Richter, M. Šiňor, Advanced modeling of subwavelength photonic structures, 1st international workshop TaCoNa-Photonics 2008, December 3-5, Bad Honnef, Germany, p. 12 (2008).

[13]     J. Fiala, I. Richter, P. Kwiecien, Interaction of light with subwavelength structures: study of enhanced optical transmission, 1st international workshop, TaCoNa-Photonics 2008, December 3-5, Bad Honnef, Germany, p. 45 (2008).

[14]     P. Kwiecien, J. Fiala, I. Richter, Advanced modeling of subwavelength photonic structures at CTU in Prague, COST MP0702 Meeting, Bratislava, Slovakia, Proceedings, 2008.

[15]     J. Čtyroký, I. Richter, P. Kwiecien, Critical comparison of three modal methods: bidirectional eigenmode expansion, aperiodic rigorous coupled mode analysis, and Fourier series expansion, invited talk, Photonics North, June 2008, Motreal, Canada, 2008.

[16]     I. Richter, P. Kwiecien, J. Fiala, D. Javůrek, B. Mottlová, T. Škereň, T. Lauerman, J. Proška, M. Šiňor, Photonic nanostructure research at Optical physics group, invited talk, KAIST, Republic of  Korea, April 2008.

[17]     I. Richter, P. Kwiecien, J. Fiala, D. Javůrek, B. Mottlová, T. Škereň, T. Lauerman, J. Proška, M. Šiňor, Photonic nanostructure research at Optical physics group, invited talk, Pohang university, Republic of  Korea, April 2008.

[18]     M. Novotný, P. Fitl, A. Krasilnikova Sytchkova, J. Bulíř, J. Lančok, P. Pokorný, D. Najdek, J. Bočan, Laser treatment of gold and black gold thin films fabricated by thermal evaporation, Solid State Surfaces and Interfaces 2008, Smolenice, November 2008.

 

Dizertační práce:

[19]     M. Květoň, Acrylamide-based photopolymer for optical holography, dizertační práce KFE FJFI ČVUT, 2008 (školitel P. Fiala).

[20]     D. Najdek, Synthesis of three-dimensional full-color images using the optical diffractive structures, dizertační práce KFE FJFI ČVUT, 2008 (školitel P. Fiala).

 

Diplomové práce

[21]     P. Kwiecien, Aperiodická rigorózní metoda vázaných vln, diplomová práce KFE FJFI ČVUT, 2008 (školitel I. Richter).

[22]     J. Fiala, Interakce elektromagnetické vlny se subvlnovými strukturami, diplomová práce KFE FJFI ČVUT, 2008 (školitel I. Richter).

[23]     T. Škereň, Quantum nanostructures: theoretical analysis and modeling, diplomová práce KFE FJFI ČVUT, 2008 (školitel I. Richter).

[24]     M. Mikuláštík, Manipulace mikročástic optickou pinzetou, diplomová práce KFE FJFI ČVUT, 2008 (školitel P. Fiala).

 

 

Bakalářské práce

[25]     H. Pažoutová, Pokročilé materiály a struktury pro fotoniku, bakalářská práce KFE FJFI ČVUT, 2008. (školitel I. Richter).

[26]     J. Chaloupka, Metoda konečných diferencí v časové doméně a její aplikace na modelování fotonických struktur, bakalářská práce KFE FJFI ČVUT, 2008. (školitel M. Šiňor).