OptQC Publishes First Research Paper

OptQC Corp. has published its first research paper, "All-optical Implementation of Generalized Quantum Teleportation," on the preprint server arXiv.
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Overview and Significance
In conventional optical quantum computing, "feedforward processing" is performed using electronic circuits, making conversion latencies and low throughput a major bottleneck for computational speed.
This paper proposes a unique "All-Optical Feedforward (AOFF)" architecture that executes the entire process within the optical domain. Based on noise analysis under realistic device parameters, we demonstrate that our architecture is highly loss-tolerant, showing strong potential for application to Fault-Tolerant Quantum Computing (FTQC).
This work establishes an important foundation toward realizing ultra-high-speed, large-scale optical quantum computers that leverage the intrinsic ultra-wide bandwidth (THz-scale) of light.
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Paper Details
Title: All-optical Implementation of Generalized Quantum Teleportation
arXiv:2606.22736

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