Integrating nearly-indistinguishable quantum emitters onto a photonic interposer
2023 Conference on Lasers and Electro-Optics (CLEO), 2023•ieeexplore.ieee.org
… Here, we present an architecture for heterogeneous integration of pre-selected nearly-indistinguishable
quantum emitters in a quantum microchiplet (QMC) onto a photonic integrated circuit (PIC).
First, we characterize individual microchiplets with implanted tin-vacancy (SnV − ) centers
by measuring emitter frequencies across the SnV … We developed a high-success-rate
process flow featuring pre- and post-characterization and an updated pick-andstamp
process targeting reliable integration of nearly-indistinguishable quantum emitters in a PIC …
quantum emitters in a quantum microchiplet (QMC) onto a photonic integrated circuit (PIC).
First, we characterize individual microchiplets with implanted tin-vacancy (SnV − ) centers
by measuring emitter frequencies across the SnV … We developed a high-success-rate
process flow featuring pre- and post-characterization and an updated pick-andstamp
process targeting reliable integration of nearly-indistinguishable quantum emitters in a PIC …
Current challenges for quantum repeaters using solid-state emitters include incorporating (1) multiple nearly-indistinguishable emitters (2) into an interposer with photonic processing capabilities. We develop a process flow that targets both of these tasks.
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