lab measurements

Our team had the opportunity to demonstrate the adaptability of our activation functions, showing impressive high speeds and stability. We experimentally confirmed an additional configuration—dual injection—and explored the impact of filter positioning, achieving excellent results even at high speeds. A special thank you to the… Read More »Exciting updates from our recent visit to the WinPhoS Research Group laboratories in Greece!

Lately, we have been working closely with students to advance toward the investigation of all-optical digital logic gates and memories, which are based on a single Fabry-Perot laser diode under optical injection. Exploiting the laser’s multistability, we aim to demonstrate its reconfigurability between multi-gate/memory operations.Soon,… Read More »Student work in our lab

After an incredible week spent in the laboratories of the WinPhoS Research Group, Petar Atanasijević and our team are reflecting on the latest experimental results on the characterization of adaptive optical nonlinearity obtained through injection-locking of Fabry-Perot laser diodes. We would like to express our sincere gratitude to… Read More »Study visit to WinPhoS Research Group

📣 We are pleased to share a significant milestone 👏👏👏 from the ORCA-lab project team. Our laboratory has successfully conducted experiments demonstrating reconfigurable nonlinearity, marking an important advancement in our research. We would like to acknowledge the diligent efforts of our experimental team, including Petar Atanasijević and Mladen Banovic, whose… Read More »Successful laboratory results for ORCA-lab

Thanks to the generous support from the Fond za nauku Republike Srbije – Science Fund of the Republic of Serbia and IDEJE, the ORCA-lab project team has achieved a significant milestone in validating long-standing theoretical predictions. We are thrilled to share that our research, originally published in 2011 (you can… Read More »ORCA-lab’s first milestone

The first experiments within ORCA-LAB at Lab for optical communications – setup for injection-locking is assembled and we confirmed bistability in stationary regime. We are eager to start with experiments in dynamic regime and investigate adaptivity of nonlinear transfer function.