Monday programme

Duetto 1

Duetto 1

8:45 MoA1 Invited Prof. Tien-Chang Lu, National Yang Ming Chiao Tung University: Plasmonic Nanolasers: From Subwavelength Confinement to Ultrafast Modulation

9:15 MoA2 J. A. Massengale, US Naval Research Laboratory: Continuous-wave room temperature operation of resonant cavity ICLEDs beyond 3.5 µm with record spectral intensity

9:30 MoA3 T. Haggren, Australian National University: Surface-emitting III–V metasurface laser based on Brillouin-zone-folded guided-mode resonances

9:45 MoA4 N. Yokota, Shizuoka University: Monolithically integrated mutually injection-locked lasers for direct IQ signal generation

10:00 MoA5 B. Hinkov, Silicon Austria Labs: InP-based Photonic Integrated Circuits in the (mid-) infrared for chip-scale QKD and lab-on-chip sensors

10:15 MoA6 T. Tenzler, Ferdinand-Braun-Institut (FBH): Wavelength stabilized Bragg reflection waveguide laser for photon pair generation

Foyer

Duetto 1

11:00 MoB1 Invited Prof. Chao Peng, Peking University: Chiral lasers enabled by collective guided resonances

11:30 MoB2 K. D. Choquette, University of Illinois Urbana-Champaign: Topological-Cavity Surface Emitting Lasers

11:45 MoB3 G. Li, Chinese Academy of Sciences/Beijing National Laboratory for Condensed Matter Physics: Lasing Mid-gap Mode Identification of Topological Cavity Surface Emitting Lasers

12:00 MoB4 G. D. Cole, University of Arizona: Scaling direct‑bonded III-V/SiC membrane lasers and compound-semiconductor-on-insulator photonics

12:15 MoB5 M. Genç, Tyndall National Institute: High-Power (0.7 Watt) GaN HCSEL at 392 nm

Tampere Hall Restaurant

Duetto 1

13:30 MoPL-1 Plenary Prof. Bernardette Kunert, IMEC: Nano-Ridge Engineering for Advanced III-V Laser Integration in Silicon Photonics

14:15 MoL-1 Legend Prof. Susumu Noda, Kyoto University: Progress in the photonic-crystal surface-emitting laser (PCSEL)

Foyer

Duetto 1

15:15 MoC1 T. Aoki, Sumitomo Electric Industries/Kyoto University: 15-Gbaud Direct Modulation of 1.55-μm PCSELs with 500-mW Output Power for FSO Communications

15:30 MoC2 M. Marchal, Technical University of Denmark: Design and Experimental Demonstration of Electrically-Driven Photonic Crystal Nanobeam Lasers

15:45 MoC3 O. Senel, Ferdinand-Braun-Institut (FBH): Large-Area GaAs-based All-Semiconductor Photonic Crystal Surface Emitting Lasers

16:00 MoC4 R. D. Gibson, US Air Force Research Laboratory: High-Brightness GaSb Surface-Emitting Lasers 

16:15 MoC5 W. Zhou, University of Texas at Arlington: Compact Coherent PCSEL Arrays Enabled by Passive Lateral Coupling and Injection Control

16:30 MoC6 R. Kitada, Kyoto University: Wide-range optical injection locking and its dynamic control in photonic-crystal lasers

16:45 MoC7 T. Inoue, Kyoto University: Optical amplification of external light using photonic-crystal surface-emitting lasers

Duetto 2