| 2019 | Coherent Beam Combining with Deep Reinforcement Learning |
| 2019 | AI Controlled Coherent Beam Combining |
| 2019 | AI Controlled Tiled Aperature Coherent Beam Combining |
| 2019 | Neural Network Controlled Coherent Beam Combining |
| 2019 | Reinforcement learning for coherent beam combination |
| 2018 | Deep Learning Employed in the Recognition of the Vector that Spreads Dengue, Chikungunya and Zika Viruses |
| 2018 | End-to-end reinforcement learning for coherent beam combination |
| 2018 | Reinforcement Learning for Coherent Beam Combining |
| 2018 | Probabilistic Phase Control for Coherent Beam Combining |
| 2018 | Mosquito Larva Classification based on aConvolution Neural Network |
| 2018 | Mode analysis in phase-locked multicore fiber laser byinterference method |
| 2017 | Design for evanescently-coupled multicore fiber laser beyond self-focusinglimit |
| 2017 | Coherent pulse stacking with delay lines |
| 2017 | Mode analysis in phase-locked multi-core photonic crystal fiber laser by interference method |
| 2017 | Delay line coherent pulse stacking of a symmetric mode-locked pulse train |
| 2017 | Phase and combining efficiency in divided pulseamplification |
| 2017 | Combining efficiency in divided pulse amplification |
| 2017 | Coherent pulse stacking with delay lines |
| 2016 | Delay Line Coherent Pulse Stacking |
| 2016 | Phase-locked 7-core multi-core photonic crystal fiber laser |
| 2016 | Divided Pulse Amplification: Spectral Phase and CombiningEfficiency |
| 2015 | Coupled multicore fibers in the high power regime: Impact of core size mismatch |
| 2015 | Impact of coupling strength on self-focusing in multicore fibers |
| 2015 | Spectral analysis of SRS suppression in photonic bandgap fibers |
| 2014 | Self-Focusing in Multicore Fibers |
| 2014 | Fiber components, fiber amplifiers and phase control for coherent combination |
| 2014 | New Pump and Signal Combiners |
| 2014 | Photonic bandgap fiber lasers and multicore fiber lasers for next generation high power lasers |
| 2014 | Modal Decomposition in Asymmetric Wavelength-Selective Fused Fiber Couplers |
| 2014 | SBS Mitigation via Phase Modulation and Demodulation |
| Feb. 2014 | Fiber modes in non-confocal cavities |
| 2013 | The Optical Phase and Single Frequency Fiber Amplifiers: Coupling Mechanisms and their Application |
| 2013 | Single-Frequency Fiber Amplifiers for Gravitational Wave Detection |
| 2013 | Single-Frequency Fiber Amplifiers for Gravitational Wave Detection |
| 2013 | On the Effective Ion Lifetime in Fiber Amplifiers |
| 2013 | Experimental and numerical investigations on asymmetric fused fibre couplers consisting of different single-mode fibres |
| 2013 | Power Noise Sources of Single Frequency Fibre Amplifiers |
| 2013 | Analyse von Modulationsseitenbändern mit einem Mach-Zehnder-Interferometer |
| 2012 | Beam quality degradation of a strongly pumped Yb-doped photonic crystal fiber amplifier |
| 2012 | Temperature Induced Dynamic Refractive Changes in Fiber Amplifiers |
| 2012 | Active Phase Stabilization Via Differential Pump Power Control of Two Ytterbium Doped Fiber Amplifiers |
| 2012 | All-fiber Coherent Beam Combining of Two Ytterbium Doped Single Frequency Fiber Amplifiers |
| 2012 | Frequency domain analysis of dynamic refractive index changes in fiber amplifiers |
| 2011 | Collinear Coherent Beam Combining of Two Ytterbium Doped Single Frequency Fiber Amplifiers |
| 2011 | Coherent Beam Combining at 1064 nm Employing an Erbium Doped Fiber Amplifier for Phase Control |
| 2010 | Intrinsic Reduction of the Depolarization in Nd:YAG Crystals |