Bonn 2025 –
wissenschaftliches Programm
Q 9: Photonics (3D Print) (joint session Q/K)
Montag, 10. März 2025, 17:00–19:00, HS V
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17:00 |
Q 9.1 |
Lateral Shear Interferometry for Wavefront Measurements of 3D-Printed Micro-Optics — •Yanqiu Zhao, Lunwei Wang, Jan-Niklas Bauer, Leander Siegle, Julian Schwab, Florian Mangold, and Harald Giessen
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17:15 |
Q 9.2 |
Complex light fields produced by 3D-printed computer-generated hologram on fiber — •Zihao Zhang, Leander Siegle, Pavel Ruchka, Daniel Flamm, and Harald Giessen
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17:30 |
Q 9.3 |
Millimeter-sized 3D Printed Optics by Two-Photon Grayscale Lithography — •Leander Siegle and Harald Giessen
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17:45 |
Q 9.4 |
Near-infrared Laser damage in 3D printed microoptics — •Sebastian Klein, Pavel Ruchka, Tobias Steinle, and Harald Giessen
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18:00 |
Q 9.5 |
3D printed high NA micro-optics for quantum applications — •Pavel Ruchka, Sara Jakovljevic, Nam Tran, Carlos Jimenez, Simone Luca Portalupi, Michael Jetter, Alois Herkommer, Stephan Reitzenstein, Sven Höfling, Caspar Hopfmann, Peter Michler, and Harald Giessen
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18:15 |
Q 9.6 |
3D printed micro-sized dark-field condenser by two photon polymerization — •Robert Horvat, Leander Siegle, Pavel Ruchka, Michael Schmid, Lukas Weseman, and Harald Giessen
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18:30 |
Q 9.7 |
Broadband Mode Division Multiplexing of OAM-Modes by a Micro Printed Waveguide Structure — •Julian Schulz and Georg von Freymann
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18:45 |
Q 9.8 |
Fiber-based femtosecond 3D printing — •Anton Hellstern, Claudia Imiolczyk, Pavel Ruchka, Marco Wende, Theresa Kühn, Moritz Flöß, Michael Heymann, Andrea Toulouse, and Harald Giessen
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