Dimitris Papazoglou Assistant Professor , Affiliated faculty IESL- FORTH Senior member of the UNIS group PhD: 1998, Aristotle University of Thessaloniki, Physics Research activity is taking place in IESL-FORTH facilities Ultra-intense nonlinear interactions and sources (UNIS) lab Bibliometric info: 42 publications, 304 citations, h factor: 11 General research area: Optics (experimentalist)
Dimitris Papazoglou. Assistant Professor , Affiliated faculty IESL-FORTH Senior member of the UNIS group. PhD: 1998, Aristotle University of Thessaloniki, Physics. General research area: Optics (experimentalist). Bibliometric info: 42 publications, 304 citations, h factor: 11. - PowerPoint PPT Presentation
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Dimitris PapazoglouDimitris Papazoglou
Assistant Professor ,
Affiliated faculty IESL-FORTHSenior member of the UNIS group
PhD: 1998, Aristotle University of Thessaloniki, Physics
Research activity is taking place in IESL-FORTH facilities
Ultra-intense nonlinear interactions and sources (UNIS) lab
Bibliometric info: 42 publications, 304 citations, h factor: 11
General research area: Optics (experimentalist)
Nonlinear interactions of ultra-short laser pulses with transparent media
Nonlinear interactions of ultra-short laser pulses with transparent media
Exotic optical waves and light bulletsExotic optical waves and light bullets
Wavefront sensing and manipulationWavefront sensing and manipulation
Research activitiesResearch activities
Active collaborationsActive collaborations
Stelios Tzortzakis (IESL-FORTH)
Nikos Efremidis (UOC)
George Stegeman (CREOL)
Demetrios Christodoulides (CREOL)
Stelios Tzortzakis (IESL-FORTH)
Nikos Efremidis (UOC)
George Stegeman (CREOL)
Demetrios Christodoulides (CREOL)
Physical mechanism ?
Physical mechanism ?
Thermal processThermal process
Photochemical process
Photochemical process
Most of the experimental results were inconclusive
since they were based on the post
processing of the samples
Photonic structuring in transparent media Photonic structuring in transparent media
D.G. Papazoglou et al., Opt. Lett. 31, 1441 (2006) , D. G. Papazoglou et al., Opt. Lett., 32, 2055 (2007),D.G. Papazoglou et al., (invited) to appear in Optical Materials Express (2011)
By in-situ studying the spatiotemporal dynamics we
are lead to a better understanding of the physical
process. Our results clearly support a photochemical mechanism for low repetition rate laser
sources!
By in-situ studying the spatiotemporal dynamics we
are lead to a better understanding of the physical
process. Our results clearly support a photochemical mechanism for low repetition rate laser