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The D-TEC project develops advanced electro-optic modulators and single-photon detectors for quantum technology, utilizing indium tin oxide to enhance performance at cryogenic temperatures. This innovation addresses limitations in current systems, enabling faster and more flexible quantum photonic circuits.
Photonic integrated circuit implementations hold great promise for quantum technology, but practical large-scale integration is limited by the capabilities and performance of key components for processing and measuring quantum information, particularly phase-shifters and single-photon detectors.
Current modulators fall short due to either high losses, large size, slow speed, energy inefficiency and/or excessive heat dissipation, making them incompatible with superconducting cryoelectronics.
In t…
UNIVERSITAET MUENSTER
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