VORTRÄGE |
|
Mittwoch 18.05.2016 |
Vortrag |
Zeit |
Saal |
Autor(en) und Titel |
Details |
H1 |
09:30 |
A |
E. Reithmeier |
|
|
Fringe Projection in Engineering Applications for Optical Metrology |
|
H2 |
10:00 |
A |
Y. Arakawa |
|
|
Applied Laser Technologies |
|
A1 |
10:45 |
A |
M. Körner, O. Prucker, J. Rühe |
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Polymer hybrid materials for planar optronic systems |
|
B1 |
10:45 |
B |
S. Matthias, M. Kästner, E. Reithmeier |
|
|
In-situ fringe projection using coherent image fibers |
|
C1 |
10:45 |
C |
P. Sakowicz, B. Michel, B. Berneker |
|
|
Modeling of light scattering from optical surfaces |
|
A2 |
11:00 |
A |
A.-K. Schuler, R. Rother, S. Zunker, O. Prucker, C. Müller, H. Reinecke, J. Rühe |
|
|
Reactive lamination via photoreactive polymers |
|
B2 |
11:00 |
B |
M. Strohmeier, M. Ludwig, F. Buchner, C. Schelske, C. Faber |
|
|
Inline detection of defects on free formed metal pressings using a single shot inverse fringe projection approach |
|
C2 |
11:00 |
C |
O. Kalthoff, R.Kampmann, S. Streicher, S. Sinzinger |
|
|
A fast and scalable algorithm for the Monte Carlo simulation of elastic scattering in perturbed media |
|
A3 |
11:15 |
A |
K. Kurselis, L. Sajti, B. Chichkov |
|
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Laser-active polymer materials for waveguide fabrication |
|
B3 |
11:15 |
B |
T. Müller, A. Pösch, E. Reithmeier |
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|
Laser triangulation in harsh industrial conditions |
|
C3 |
11:15 |
C |
A. Varkentin, M. Otte, M. Meinhardt-Wollweber, M. Rahlves, B. Roth |
|
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Simulation of the OCT-depth signal of homogeneous turbid media using a modified Monte-Carlo model |
|
A4 |
11:30 |
A |
C. Kelb, E. Reithmeier , B. Roth |
|
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A simple, full-polymer tilt and displacement sensor for planar-optical measurement |
|
B4 |
11:30 |
B |
F. Willomitzer, G. Häusler |
|
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The 3D motion picture camera – about single-shot, high resolution 3D-imaging
|
|
C4 |
11:30 |
C |
O. Melchert, J. Stritzel, M. Rahlves, M. Wollweber, B. Roth |
|
|
The 3D inverse optoacoustic source problem on the beam axis |
|
A5 |
11:45 |
A |
E. Pichler, K. Bethmann, U. Zywietz, C. Reinhardt, U. Willer |
|
|
Polymer-based Ring Resonators for Sensing Applications |
|
B5 |
11:45 |
B |
Y. Li, M. Kästner, E. Reithmeier |
|
|
Edge measurement based on multi laser triangulation sensors |
|
C5 |
11:45 |
C |
F. Loosen, C. Backhaus, N. Lindlein, J. Zeitler, J. Franke |
|
|
Design and simulation rules for printed optical waveguides with implemented scattering methods in CAD and raytracing software |
|
A6 |
12:00 |
A |
A. B. Petermann, U. Morgner, M. Meinhardt-Wollweber |
|
|
All-polymer whispering gallery mode sensor in the low-Q regime |
|
B6 |
12:00 |
B |
A. Besborodow, C. Faber |
|
|
Easy field-applicable calibration of a miniaturized light sectioning sensor with application-specific illumination optics |
|
C6 |
12:00 |
C |
R. Kampmann, S. Sinzinger |
|
|
Optical tweezers affected by monochromatic aberrations |
|
S1 |
13:30 |
A |
E. A. Rogan |
|
|
Woman in Optics |
|
S2 |
14:00 |
A |
Z. Ben Lakhdar |
|
|
Optics over time
Women in Optics, Development & Education?
|
|
S3 |
14:30 |
A |
D. Boebel |
|
|
Actual Designs of Automotive Front Lighting Systems |
|
A7 |
16:00 |
A |
U. Hinze, A. El-Tamer, B. Chichkov |
|
|
3D nanolithography with ultrashort laser pulses |
|
B7 |
16:00 |
B |
L. Alwis, T. Sun, K. T. V. Grattan |
|
|
Pilot study on the durability of optical fibre sensors for monitoring moisture in waste sewerage environment |
|
C7 |
16:00 |
C |
B. Willeke, M. Kleinkes, C. Schmidt, J. Wallaschek |
|
|
Active Vehicle Frontlighting Systems based on Innovative LED and Laser Headlamps |
|
A8 |
16:15 |
A |
A. Hohnholz, K. Obata, J. Koch, O. Suttmann |
|
|
Additive manufacturing of polymer based waveguides using hybrid µ-stereolithography |
|
B8 |
16:15 |
B |
A. Ahrens, A. Sandmann, K. Bremer, B. Roth, S. Lochmann |
|
|
Optical force sensor based on multi-mode fiber and MIMO signal processing |
|
C8 |
16:15 |
C |
A. Wolf, G. Kloppenburg, R. Danov, R. Lachmayer |
|
|
DMD Based Automotive Lighting Unit |
|
A9 |
16:30 |
A |
A. Heinrich, Y. Bauckhage |
|
|
3D printed light pipes for advanced illumination |
|
B9 |
16:30 |
B |
K. Bremer, M. Wollweber, F. Weigand, M. Kuhne, R. Helbig, B. Roth |
|
|
Fibre optic sensor systems for structural health monitoring of concrete structures |
|
C9 |
16:30 |
C |
D. Karthaus, O. Sandfuchs, S. Sinzinger |
|
|
Design and Simulation of Computer-generated Volume Holograms for Automotive Headlamps |
|
A10 |
16:45 |
A |
T. Wolfer, Y. Wang, L. Overmeyer |
|
|
Flexographic printing of multimode waveguides and optodic bonding of laser diodes for integrated polymer optical sensor systems |
|
B10 |
16:45 |
B |
I. Roßteutscher, M. Kufner |
|
|
Bridge surveillance with fiber optic sensors |
|
C10 |
16:45 |
C |
M. Schöne, O. Sandfuchs, C. Neumann |
|
|
Diffractive Optics in Automotive Headlamps – New Design Concepts Including a Special Simulation Process |
|
A11 |
17:00 |
A |
G.-A. Hoffmann, T. Reitberger, L. Lorenz, K.-J. Wolter, J. Franke, L. Overmeyer |
|
|
Combination of Flexographic and Aerosol Jet Printing for Integrated Polymer Optical Step Index Waveguides |
|
B11 |
17:00 |
B |
H. Sayinc, T. Theeg, G. Pelegrina-Bonilla, K. Hausmann, S. S. Yilmaz, C. Ottenhues, M. Wysmolek, J. Neumann, D. Kracht |
|
|
Novel Optical Fiber Couplers |
|
C11 |
17:00 |
C |
M. E. H. Mohamed, A. Alinoori, D.Hilbig, F. Fleischmann, T. Henning, W. Lang |
|
|
Designing a Secondary Optical Freeform Lens for Signal Lighting |
|
A12 |
17:15 |
A |
A. Suckow, F. M. Shariff, A. Heinrich |
|
|
Additive Manufacturing – Design and Fabrication of a Fisheye Lens |
|
B12 |
17:15 |
B |
K. Wiegmann, K. Bremer, B. Roth |
|
|
Utilizing 3D printing for the packaging of fiber optic sensors |
|
C12 |
17:15 |
C |
A. Leis |
|
|
Modeling and optimization of freeform lenses for LED street lighting |
|
|
|
|
Donnerstag 19.05.2016 |
Vortrag |
Zeit |
Saal |
Autor(en) und Titel |
Details |
H3 |
08:30 |
A |
L. Overmeyer |
|
|
Planar-integrated polymer-optical sensor foils |
|
H4 |
09:00 |
A |
K. Minoshima |
|
|
Optical length metrology with extreme precision using fully controlled fiber-based frequency combs
|
|
S4 |
09:30 |
A |
A. Ozcan |
|
|
Democratization of Next-Generation Microscopy, Sensing and Diagnostics Tools through Computational Photonics |
|
S5 |
10:00 |
A |
F. Koppens |
|
|
Photons, Plasmons and Electrons meet in 2d materials |
|
A13 |
10:45 |
A |
U. Zywietz, T. Birr, T. Fischer, C. Reinhardt |
|
|
Microscope Projection Photolithography for functional optical and plasmonic components |
|
B13 |
10:45 |
B |
J. Pribošek, J. Diaci, S.Sinzinger |
|
|
Topography inspection by aperture coding confocal sensors |
|
C13 |
10:45 |
C |
B. Dörband |
|
|
The Look of Optical Elements in Realistic Environment |
|
A14 |
11:00 |
A |
M. Rahlves, S. Schlangen, M. Ihme, B. Roth |
|
|
Maskless lithography and its applications in holography, diffractive optics and integrated photonics |
|
B14 |
11:00 |
B |
N. Loftfield, M. Kästner, E. Reithmeier |
|
|
The impact of different measurement data filters on the characterization of porous surfaces |
|
C14 |
11:00 |
C |
R. Shi |
|
|
Zoomobjectives for Microscope with short Overall-Length |
|
A15 |
11:15 |
A |
A. Günther, M. Rahlves, E. Reithmeier, B. Roth |
|
|
Optical Coupling Structures for Integrated Polymer Photonics |
|
B15 |
11:15 |
B |
S. Patzelt, M. Quinten, C. Stehno, A. Tausendfreund, F. Houta, T. Eilts, G. Ströbel |
|
|
Optimized Parametric Optical Surface Characterization Process for Smooth Engineered Surfaces |
|
C15 |
11:15 |
C |
T. Bonhoff, C. Gayer, J. Stollenwerk , P. Loosen |
|
|
Simulation and measurement of thermo-optical effects in an f-theta lens at high laser power |
|
A16 |
11:30 |
A |
H. Hartwig, E. Sergeeva, N. Thomas, D. Hohlfeld |
|
|
Precision laser direct writing of polymer optical waveguides and optofluidic systems |
|
B16 |
11:30 |
B |
M. Quinten |
|
|
Optical Thickness Determination on Structured Samples |
|
C16 |
11:30 |
C |
A. Grasnick |
|
|
Creating of autostereoscopic displays with random lenticulars by hyperview approach |
|
A17 |
11:45 |
A |
W. M. Pätzold, C. Reinhardt, A. Demircan, U. Morgner |
|
|
Femtosecond laser written low-loss single-mode waveguides in PMMA |
|
B17 |
11:45 |
B |
S. Helfert, T. Seiler, J. Jahns, J. Becker , P. Jakobs, A. Bacher |
|
|
Space-variant polarization conversion with hollow waveguide arrays |
|
C17 |
11:45 |
C |
T. Stenau, K.-H. Brenner |
|
|
Light concentration efficiency of diffractive lenses with overlapping apertures |
|
A18 |
12:00 |
A |
M. Gauch, H. Ehlers, D. Ristau |
|
|
Transparent composite coatings with adapted mechanical stress prepared by ion beam sputtering |
|
B18 |
12:00 |
B |
T. Döhring, M. Stollenwerk, L. Proserpio, E. Breunig, P. Friedrich |
|
|
The challenging development of lightweight glass mirrors for future X-ray telescopes |
|
C18 |
12:00 |
C |
R. Jedamzik |
|
|
Solarisation optischer Gläser bei gepulster Laserstrahlung |
|
|
|
|
Freitag 20.05.2016 |
Vortrag |
Zeit |
Saal |
Autor(en) und Titel |
Details |
H5 |
08:30 |
A |
T. Kippenberg |
|
|
Integrated Optics |
|
H6 |
09:00 |
A |
J. Popp |
|
|
Solutions to unmet medical needs: advances in Biophotonics |
|
A19 |
10:00 |
A |
M. Čehovski, S. Döring, T. Rabe, W. Kowalsky |
|
|
Organic Light Sources for Polymeric Singlemode and Multimode Waveguides |
|
B19 |
10:00 |
B |
S. Rothau, N. Lindlein |
|
|
Polarization and phase shifting interferometry for the simultaneous measurement of phase and polarization. |
|
C19 |
10:00 |
C |
J. W. Czarske, D. Haufe and L. Büttner |
|
|
Prospects of multimode fibers and digital phase conjugation for optogenetics |
|
A20 |
10:15 |
A |
T. Birr, U. Zywietz, P. Chhantyal, T. Fischer, B. Chichkov, C. Reinhardt |
|
|
Ultrafast Surface Plasmon-Polariton Logic Gates And Half-Adder |
|
B20 |
10:15 |
B |
A. Nicolaus, G. Bartl, T. Mai |
|
|
Second, improved sphere interferometer of PTB |
|
C20 |
10:15 |
C |
M. Torres-Mapa, M. Jara-Avaca , M. Bakar , T. Ripken , D. Heinemann , I. Gruh , A. Heisterkamp |
|
|
Two photon optogenetic stimulation of human induced pluripotent stem cells derived cardiomyocytes |
|
A21 |
10:30 |
A |
R. Orghici, K. Bethmann, U. Zywietz, C. Reinhardt, W. Schade |
|
|
Polymer based arrayed waveguide grating spectrometer |
|
B21 |
10:30 |
B |
M. Fleischer, T. Wiesendanger, P. Drabarek |
|
|
Interferometrical measurement of concave half cylindric surfaces in industrial environment |
|
C21 |
10:30 |
C |
S. Johannsmeier , P. Heeger , N. Tinne, A. Heisterkamp , T. Ripken , D. Heinemann |
|
|
Mechanisms for the light-cell interface in optical cell stimulation |
|
A22 |
10:45 |
A |
R. Riesenberg, A. Wuttig, A. Grjasnow, M. Kanka, U. Hübner |
|
|
Spectral optical system with chips |
|
B22 |
10:45 |
B |
M. Bichra, K. Pant, D.Ramu, N. Sabitov, G S. Khan ,S Sinzinger |
|
|
Subaperture wavefront measurement using Talbot interferometry |
|
C22 |
10:45 |
C |
N. Kallweit , M. Tomanek, D. Heinemann , A. Krüger , A. Heisterkamp , T. Ripken |
|
|
Macrobending losses of glass fibers for optical cochlear stimulation |
|
A23 |
11:00 |
A |
S. Reuter, M. Taimoor, H. Hillmer, T. Kusserow |
|
|
Distribution of Cavity-modes in Narrowband Filters with Chirped Thin-Films |
|
B23 |
11:00 |
B |
B. Altmann, B. Rohloff, C. Pape, E. Reithmeier |
|
|
Vibration Measurements of Rotating Objects Using an Optomechatronical Image Derotator |
|
C23 |
11:00 |
C |
B. Matthias, A. Krüger, T. Ripken |
|
|
Adaptive optics assisted and optical coherence tomography guided fs-laser surgery in the posterior eye |
|
A24 |
11:15 |
A |
B. A. Ribeiro, C. B. Marcondes, F. L. D. Soares , R. M. Ribeiro |
|
|
An Optical AC-Amplifier/DC-Suppressor Using Sagnac Interferometer with Semiconductor Optical Amplifier |
|
S6 |
11:30 |
A |
Y. K. Chembo |
|
|
Optoelectronic oscillators and applications |
|
S7 |
12:00 |
A |
M. Zghal |
|
|
Photonic Nanowires for Pulse Compression and Sensing Applications |
|
A25 |
14:15 |
A |
M. Teich, J. Stürmer, M. Ehrhardt, L. Büttner, J. Czarske |
|
|
Depth resolution by means of helical wavefronts for particle tracking applications |
|
B25 |
14:15 |
B |
N. Hermosa |
|
|
Beam deflection sensitivity of quadrant detector using a Bessel beam |
|
C25 |
14:15 |
C |
M. Höhl, M. Meinhardt-Wollweber, U. Morgner, H. Schmitt, T. Lenarz |
|
|
Resonance Raman spectroscopy of amino acids and proteins |
|
A26 |
14:30 |
A |
L. Alber , M. Fischer , B. Srivathsan, M. Weber, M. Sondermann , G. Leuchs |
|
|
4Pi mirror based focusing |
|
B26 |
14:30 |
B |
A. Masek, A. W. Stark, H. Babovsky, R. Kowarschik |
|
|
Speckle pattern based deflectometry |
|
C26 |
14:30 |
C |
A. Kniggendorf, B. Roth |
|
|
Cytochrome-c based Resonance Raman Microscopy: analyzing bacterial phylogeny in vivo |
|
A27 |
14:45 |
A |
M. Prochnau, D. Greger, A. Gatej, J. Stollenwerk , P. Loosen |
|
|
Piezo-based, automated active alignment of laser resonators |
|
B27 |
14:45 |
B |
A. W. Stark, E. Wong, H. Babovsky, R. Kowarschik |
|
|
Statistical features of speckle-patterns for stereophotogrammetric 3D-reconstruction |
|
C27 |
14:45 |
C |
A. Menendez-Manjon, H. Schadwinkel, R. Wartmann |
|
|
Active management of spherical aberration in live cell microscopy |
|
A28 |
15:00 |
A |
B. Fregin, N. Koukourakis, J. König, J. Czarske |
|
|
Wavefront-shaping for flow-field measurements |
|
B28 |
15:00 |
B |
R.O. Reis, R.A.Braga, H.J. Rabal |
|
|
Light intensity dependence during dynamic laser speckle measurements |
|
C28 |
15:00 |
C |
G. Antonopoulos, L. Nolte, M. Heidrich, A. Heisterkamp, T. Ripken, H. Meyer |
|
|
SLOT: Computed Tomography with laser light for volumetric microscopy of mesoscopic specimens |
|
B29 |
15:15 |
B |
R. A. Braga, R. J. González-Peña, M. Marcon, R. R. Magalhães, T. P. Almeida, I. V. A. Santos, M. Martins |
|
|
Digital generation of phase-shifting fringes to provide an alternative to interferometry |
|
C29 |
15:15 |
C |
O. Sandfuchs, R. Brunner; |
|
|
Bionics and Biomimetic Optics – What applied optics can learn from nature |
|
|
|
|
Samstag 21.05.2016 |
Vortrag |
Zeit |
Saal |
Autor(en) und Titel |
Details |
H7 |
09:00 |
A |
N. Kerwien |
|
|
Optical Systems Design for the digital Future |
|
H8 |
09:30 |
A |
P. Hartmann |
|
|
Optical Materials - Progress enables new applications and research |
|
A30 |
10:30 |
A |
M. Schubert, O. von der Lühe, W. Schmidt, T. Kentischer |
|
|
Simulation of a Double/Triple-Fabry-Perot-Spectropolarimeter for the solar telescope DKIST |
|
B30 |
10:30 |
B |
M. Musigmann, S. Helfert u. J. Jahns |
|
|
Diffractive-refractive spatio-temporal shaping of ultrashort pulses |
|
C30 |
10:30 |
C |
R. Runde, E. Otte, C. Alpmann, and C. Denz |
|
|
Holographic approach for the investigation of singular optics – from phase to polarization singularities |
|
A31 |
10:45 |
A |
J. Villatoro , M. Zühlke, D. Riebe, T. Beitz, H.-G. Löhmannsröben |
|
|
IR-MALDI Ion Mobility Spectrometry: Characterization and applications |
|
B31 |
10:45 |
B |
U. Zywietz, T.Fischer, A.Evlyukhin, B. Chichkkov, C. Reinhardt |
|
|
Laser transfer of silicon nanoparticles with optical magnetic response |
|
C31 |
10:45 |
C |
K.-H. Brenner, J. Postels |
|
|
Improved Phase Reconstruction by Iterative Solution of the Transport of Intensity Equation |
|
A32 |
11:00 |
A |
M. Maksimovic |
|
|
Optical design of freeform surfaces using radial basis functions with spatially variable shape parameters and local grid refinement |
|
B32 |
11:00 |
B |
R. Karstens, A. Prießner, J. Ihlemann |
|
|
UV-laser fabrication of sub-micron hole arrays in glass by phase mask projection |
|
C32 |
11:00 |
C |
T. Meinecke , D. Kelly , S. Sinzinger |
|
|
Aliasing-free speckle propagation: Critical sampling rules. |
|
A33 |
11:15 |
A |
M. M. Shabat, D. M. El-Amassi , D. M. Schaadt |
|
|
Theoretical study on waveguide solar cell containing nanoparticles |
|
B33 |
11:15 |
B |
E. Särchen , A. Krüger, H. Lubatschowski , T. Ripken |
|
|
Surface analysis of femtosecond laser processed materials by using different interferometric modalities |
|
C33 |
11:15 |
C |
C. Kelb, M. Rahlves, E. Reithmeier , B. Roth |
|
|
Phase retrieval of optical gratings in transparent media |
|
|
|
POSTER |
Vortrag |
Autor(en) und Titel |
Details |
P1 |
|
E. Frins, J. Ferrari, B. Hils, D.Dietrich, W.Dultz, H. Schmitzer |
|
|
A Measurement of the Gouy Phase after a Slit |
|
P2 |
|
L.Wetterau, T.Kusserow |
|
|
Investigation on Low-loss Materials for Plasmonic Applications |
|
P3 |
|
J. Kobelke, J. Bierlich, A. Hartung, A. Schwuchow, K. Schuster,T. Frosch, M. A. Schmidt, H. Bartelt |
|
|
Preparation Technique of Antiresonant Hollow Core Microstructured Optical Fibers for Chemical Sensing |
|
P4 |
|
B. Bodermann, G. Ehret, A. Diener, D. Bergmann, M. Wurm |
|
|
Dimensional optical metrology on deep sub-wavelength nanostructures |
|
P5 |
|
F. Meydaneri Tezel, Ä°. A. Kariper |
|
|
The Structural and Optical Characterization of PbTeO Semiconductor Thin Film
|
|
P6 |
|
C. Bolakis, I. S. Karanasiou, D. Grbovic, G. Karunasiri, N. Uzunoglu |
|
|
Optimizing the Absorption Capability of a microbolometer Pixel’s Active Element |
|
P7 |
|
K. Salffner, S. Nevas |
|
|
Characterisation of a Predictable Quantum Efficient Detector and Application for a Direct Calibration of a Reference Photometer |
|
P8 |
|
T. Mai, G. Bartl, A. Nicolaus |
|
|
Simulative determination of the wavefront uncertainty of PTB’s Sphere Interferometer II |
|
P9 |
|
K. Lechner, T. Döhring |
|
|
Market study on the enabling technology of computer generated holograms |
|
P10 |
|
S. Rothau, J. Schwider, I. Harder |
|
|
Measuring the modulus of the spatial coherence function using an error tolerant phase shifting algorithm |
|
P11 |
|
D. Hilbig, U. Ceyhan, T. Binkele, G. Gutierrez, T. Henning, F. Fleischmann, D. Knipp |
|
|
Experimental ray tracing for characterization of
optical components |
|
P12 |
|
G. Gutiérrez, D. Hilbig, F. Fleischmann, T. Henning |
|
|
Characterization of progressive addition lenses by measurement of the modulation transfer function using experimental ray tracing |
|
P13 |
|
O. Kranz, R.D. Geckeler, A. Just, M. Krause, M. Schumann |
|
|
Distance-dependent autocollimator errors: Experimental characterisation and ray trace modelling |
|
P14 |
|
A. Smolarski, N. Koukourakis, K. Philipp, A. Fischer and J. Czarske |
|
|
Volumetric measurements in HiLo Microscopy based on adaptive lenses |
|
P15 |
|
D. Schwensow, N. Koukourakis, K. Philipp, A. Fischer and J. Czarske |
|
|
Application of adaptive lenses in confocal microscopy |
|
P16 |
|
J. Pribošek, S. Sinzinger, J. Diaci |
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Computational imaging using low-order unimorph deformable mirror |
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P17 |
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D. Aranha, D. Marques, A.L. Vaz, R.A. Braga, D.A. Pereira |
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Optical mouse sensor used to predict mechanical damages in the rotation parts of an electrical motor |
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P18 |
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A. Alinoori, D. Hilbig, F. Fleischmann, T. Henning, W. Lang |
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Application of radial basis functions for the surface reconstruction using deflectometry |
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P19 |
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P. Hartmann |
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Optical Glass – Standards: Present state and outlook |
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P20 |
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J.-H. Hagemann, G. Ehret, R. Bergmann, C. Falldorf |
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Realization of a shearing interferometer with LED multipoint illumination for form characterization of optics |
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P21 |
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Y. Zou, M. Kaestner, E. Reithmeier |
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Wear process monitoring of thermal spray coatings and surface topography analysis using confocal laser scanning microscopy |
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P22 |
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W. Gorschenew, M. Kästner, E. Reithmeier |
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Calibration of multiple light stripe sensors to create a multi-sensor system for the 3D measurement of complex macro geometries |
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P23 |
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S. Pulwer, P. Steglich, C. Villringer, J. Bauer, T. Reusch, S. Schrader |
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Fiber-optic interference fringe projection for 3D measurement |
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P24 |
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J. Schlobohm, A. Pösch, E. Reithmeier |
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Optical properties of rigid borescopes for measurement purposes under gravitational influences |
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P25 |
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G.J.H. Doblado, N. Hermosa |
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Limits of Brewster Imaging |
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P26 |
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S. Reichel , R. Biertümpfel, A. Engel |
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Latest results on fluorescence in optical filter glass |
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P27 |
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M. Wurm, D. Bergmann, E. Buhr |
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Improved method for optical linewidth measurements |
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P28 |
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M. López, G. Porrovecchio, H. Hofer, B. Rodiek, M. Smid, S. Kück |
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Calibration of Si-SPAD detectors using the double attenuator technique and a low noise silicon photodiode |
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P29 |
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A. Bielke, G. Baer, C. Pruss, W. Osten |
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Model-based calibration of an adaptive interferometric setup |
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P30 |
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J. Schindler, N. Brodhag, P. Schau, K. Frenner, W. Osten |
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Shearing interferometry and structured illumination for the depth-resolved detection of fluorescent light |
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P31 |
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D. Claus, J. Thiem, G. Pedrini, W. Osten |
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Iterative phase retrieval imaging based on alternating wavefront curvature |
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P32 |
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B. Rodiek, M. A. López, H. Hofer, S. Kück, X.-L. Chu, S. Götzinger |
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Characterisation of nitrogen-vacancy based single-photon sources |
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P33 |
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B. Merklein, A. Aiello, N. Lindlein |
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Self-healing of Bessel beams |
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P34 |
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L. Pohl, P. von Witzendorff, O. Suttmann, L. Overmeyer |
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Laser welding of glass components with glass fibers as a connecting material |
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P35 |
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Y. Zhu, T. Eschrich, M. Leich, S. Grimm, J. Kobelke, H. Bartelt, M. Jäger |
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Laser power scaling and beam quality improvement with a tapered rod amplifier |
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P36 |
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G. Ehret, S. Quabis, M. Schulz |
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Small-angle deflectometry with coherent and incoherent illumination |
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P37 |
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R. Brüning, M. Duparré, R. Kowarschik |
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Determination of the mutual modal degree of coherence for optical fiber modes |
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P38 |
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K. Bremer, J.-G. Walter, B. Roth |
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Aptamer modified low-cost fibre optic surface plasmon resonance sensor |
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P39 |
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E. Blumenröther, A. Varkentin, M. Wollweber, B. Roth |
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Towards multimodal melanoma depth determination with Optoacoustics and Optical Coherence Tomography |
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P40 |
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O. Melchert, E. Blumenroether, M. Rahlves, M. Wollweber, B. Roth |
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Detection and simulation of optoacoustic signals generated in layered tissues |
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P41 |
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J. Bierlich, J. Kobelke, A. Hartung, A. Schwuchow, K. Schuster, T. Frosch, M. A. Schmidt |
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Square and hexagonal shaped hollow-core optical fibers – Novel design variations for antiresonant sensor waveguides
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P42 |
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P. Sprick, R. Meissner and C. Denz |
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Light-induced artificial blood vessels for investigating cardiovascular systems |
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P43 |
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E. Fadeeva, B. N. Chichkov |
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Ultra-short pulse laser surface microstructuring for biomedical applications |
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P44 |
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C. C. Reichert, A. M. Herkommer |
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An easy and cheap way to use smartphones as a microscope |
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P45 |
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M. Rezem, A. Günther, M. Rahlves, B. Roth, E. Reithmeier |
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Low-cost fabrication of all-polymer planar optical waveguides |
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P46 |
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P. Bollgrün, T. Wolfer, D. Mager, L. Overmeyer, J. G. Korvink |
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Ink-jet printed Optical Taper Structures for Planar Optronic Systems |
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P47 |
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E. Tolstik , S. Nazarau , A.Trofimova, U. Mahilny, R. Kowarschik, A. Tolstik, R. Heintzmann |
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Volume transmission and reflection holograms in the high-concentrated composite of phenanthrenequinone in polymethylmethacrylate |
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P48 |
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R. Rother, A.-K. Schuler, O. Prucker, H. Reinecke, J. Rühe, C. Müller |
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Reactive lamination of thermoplastic materials with thermosets |
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P49 |
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S. Schroeer, H. Reinecke, C. Mueller |
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Rapid prototyping of polymer waveguides by contour shaping |
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P50 |
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J. Becker, C. Mueller |
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A novel fabrication method of micro Bragg Grating optical sensor using combination of electron beam lithography and nanoimprint technologies |
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P51 |
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M. Marinskas, K. Bremer, C. Thomas, D. Müller, W.-J. Xing, R. Sindelar, B. Roth |
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Investigation of light coupling techniques for electrospun polymer-optical nanofibers |
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P52 |
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U. Gleißner, C. Megnin, T. Hanemann |
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Fluorescent rare-earth complex doped acrylate based host-guest system for optical applications fabricated by microstructure technologies |
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P53 |
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S. Jenderny, Th. Kümpfel, Ch. Sinn, H. Werber |
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Light Guides for Illumination Applications |
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P54 |
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M. Jahny, B. Michel |
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Differential Raytracing for Single and Mutiple Scattering Simulations |
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P55 |
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S. Schlangen, K. Bremer, S. Lochmann, L. Overmeyer, B. Roth |
|
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Grating assisted mode selective optical waveguide coupler |
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P56 |
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R. Kleindienst, C. Geyer, B. Mitschunas, S. Sinzinger |
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Synthesis of Initial Plane-Symmetric Optical Systems using Parabasal Theory |
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P57 |
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A. Grewe, S. Sinzinger |
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Investigation of an analytic aberration description for Alvarez-Lohmann type phase plates |
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P58 |
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O. Karpova , D. Babajanov, S. Rakhmanov |
|
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Optical second harmonic generation in a cavity with moving boundaries |
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P59 |
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P. Dommes, A. Wolf, R. Lachmayer |
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Hybrid simulation of thermo-optical effects in laser-based white light sources |
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P60 |
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M. Burkhardt, R. Fechner, F. Frost, S. Sinzinger |
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Ion beam etching process simulation for the pattern transfer of photoresist diffraction gratings generated by holography |
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P61 |
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P. Hartmann |
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Optical Glass – Proposal to remove ambiguity from definition of the deviation of relative partial dispersion from normal line |
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P62 |
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A. Junker, K.-H. Brenner |
|
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Considerations for structuring the incident and transmitted regions in RCWA |
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P63 |
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B. Mitschunas, B. Rudolf, R. Bielert, J. Mitschunas, S. Sinzinger |
|
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PARAX 2.0 – A Powerful GUI for Initial Step Optical Design |
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P64 |
|
H. Zhang, R. Kuschmierz, A. Fischer, J. Czarske |
|
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Camera-based speckle noise reduction for interferometric non-incremental shape measurement |
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P65 |
|
M. Schumann, R. D. Geckeler, M. Krause, O. Kranz, A. Just |
|
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Recent advances in spatial angle autocollimator calibration at PTB |
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P66 |
|
S. Laubach, G. Ehret, J. Riebeling, P. Lehmann |
|
|
Error analysis of an interferometric line-based form measuring system |
|
P67 |
|
A. Straub, S. Laubach, G. Blobel, G. Ehret |
|
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Optical form measurements with a scanning point sensor in null configuration |
|
P68 |
|
T. Binkele, D. Hilbig, F. Fleischmann, T. Henning |
|
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Determination of the paraxial focal length according to its definition by the German DIN standard in measurements |
|
P69 |
|
K. Bleiker, C. Maissen, M. Pfeffer, A. Ettemeyer |
|
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Modeling and experimental verification of bonding parameters by example of lens-alignment
|
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P70 |
|
E. Langenbach, C. Brüggemann |
|
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Adjusting the focus position of fiber collimators |
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