Sep Mohajerani
Photonics Application Engineer
Quantum Computing Inc
Sep Mohajerani is a Photonic Application Engineer at Quantum Computing Inc. At QCi, Sep leverages this combined research and nanofabrication background to guide customers through design for manufacture, performance benchmarking, and commercialization strategies for photonic circuits. His broader interests include optoacoustic, heterogeneous TFLN integration and the business development pathways that bring advanced nanophotonic technologies to market. He received his PhD in Physics from Stevens Institute of Technology, where he worked on single photon sources based two dimensional (2D) semiconductors. During his graduate research he led the efforts for surface acoustic wave (SAW) devices study based on lithium niobate and interfacing them with 2D semiconductor-based quantum emitters. He has authored more than a dozen peer reviewed papers in nanophotonics and nanotechnology.
Presentations
Beyond Electronics with TFLN Photonic Integrated Circuits for Next-Generation Computing
As electronic computing approaches fundamental limits in bandwidth, power efficiency, and scalability, photonic integrated circuits (PICs) are emerging as a foundational technology for future computing architectures. This talk highlights thin-film lithium niobate (TFLN) as a uniquely powerful PIC platform, combining ultrafast electro-optic modulation, low optical loss, and strong nonlinearities on a scalable wafer-level process. We share insights from QCi’s TFLN foundry ecosystem and its role in accelerating design-to-deployment for next-generation computing hardware.