Dimitrios Sounas

@andrea_alu @asrc_gc @GC_CUNY @CUNY @OpticaWorldwide Congratulations Andrea!

I am honored to receive the 2024 Max Born Award. Thanks to my research group and collaborators, with whom I share this recognition! @asrc_gc @GC_CUNY @CUNY @OpticaWorldwide optica.org/get_involved/a…

In our Oct. issue, authors @akord90, @dsounas, and @andrea_alu show proposals for achieving magnet-free #nonreciprocity can compete with traditional ferrite devices, paving the way for new low-cost, high-performance nonreciprocal devices in applications like #QuantumComputing.

What are the most common nonreciprocal devices? #Gyrators, #isolators, and #circulators. In @ProceedingsIEEE’s Oct. issue, @akord90, @dsounas, and @andrea_alu explore their origin and history, and approaches to breaking #reciprocity: bit.ly/ProceedingsIEE…

Our paper "Discrete space optical signal processing" has been featured on the cover of Optica! osapublishing.org/optica/aboutth… osapublishing.org/optica/fulltex…

Our papers on magnet-free nonreciprocity and nonreciprocal microwave technology have been published in the Proceedings of IEEE, and featured on the cover. ieeexplore.ieee.org/document/92079… ieeexplore.ieee.org/document/91433…

Our paper on optical signal processing based on an approach inspired by digital filters was published in Optica #OSA_Optica osapublishing.org/optica/abstrac…

@sander_mann @andrea_alu I also have a TMTT paper with physics notation.

@andrea_alu Oh phew! I will notify the anonymous group member ;)

Here's some typical slack DMs between physicists in an electrical engineering group