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In-Orbit / OperationalTrack 4

Closed-Loop Optimization of Entangled Photon Sources via Alignment, Polarization, and Dual-Crystal Phase-Matching Control

Miss Rana Sebak

Friedrich Schiller University

Day

Tuesday · 2026-10-13

Time

2:00 PM - 3:20 PM

Track

Track 4

Session

Enabling Technologies for Optical Communication

Venue

ICSO 2026 Conference Venue

Hall Track 4Session Enabling Technologies for Optical Communication

Track indicates the session hall. Refer to the on-site programme board for the exact room number and any last-minute room changes.

In 30 seconds

The closed-loop optimization framework for entangled photon sources autonomously controls alignment, temperature, and pump polarization to ensure stable operation. By combining a crossed-crystal PPKTP configuration with a Sagnac interferometer, the system maintains intrinsic phase stability while maximizing spectral brightness. This automation overcomes manual tuning bottlenecks, ensuring reproducible performance for quantum communication networks in real-world environments.

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Topics & Subtopics

Quantum TechnologiesOptical CommunicationsCalibrationInstrument PerformanceEntanglement DistributionSingle-Photon DetectionOptical MaterialsAssembly & Alignment

Source traceability

ID: icso26_128

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