CORDIS Project
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This research focuses on developing advanced single-photon detection technology using nanopillar-based devices. The goal is to create highly efficient detectors for applications in quantum information processing and remote sensing, particularly at telecommunication wavelengths.
High efficiency detection of single photons at telecommunication wavelengths (notably at 1.55 µm) is critical for emerging technologies, such as free-space and on-fiber quantum information processing, eye-safe and long-distance light detection and ranging (LiDAR), and highly sensitive remote sensing.
This research project aims to meet this critical need by developing III-V nanopillar-based uncooled single-photon avalanche diodes (NP-SPADs), which are composed of nanostructured InAsP-InP Geiger-m…
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