Developed For Quantum Communication: Superconducting Silicon-photonic Chip

A significant advancement enabled by this chip is the of time-bin encoded qubits.

A superconducting silicon-photonic chip for quantum communication

: Researchers have successfully integrated Superconducting Nanowire Single-Photon Detectors (SNSPDs) directly onto silicon waveguides. A significant advancement enabled by this chip is

Technical Brief: Heterogeneously Integrated Superconducting Silicon-Photonic Chips

The chip leverages the Silicon-on-Insulator (SOI) platform for its dense optical components, including waveguides, Bragg filters, and ring resonators. A significant advancement enabled by this chip is

: These chips are fabricated using standard CMOS industry processes , enabling mass production and large-scale industrialization.

: By using a traveling-wave configuration rather than normal incidence, the SNSPDs achieve on-chip detection efficiencies exceeding 90%. A significant advancement enabled by this chip is

2. Breakthrough: Solving the Bell-State Measurement Challenge