Q-Modus SNSF Bridge: cryogenic TFLT modulator chips with EPFL
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Q-Modus SNSF Bridge: cryogenic TFLT modulator chips with EPFL
  • Solutions

    Distributed Quantum Computing

    Interconnect QPUs beyond a single cryostat

    Quantum Sensing

    RF photonics for precision & defence

    Quantum Networking

    Repeaters & QKD toward the quantum internet

    TFLT PIC Platform

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Q-Modus SNSF Bridge: cryogenic TFLT modulator chips with EPFL
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Home / News / Research

Q-Modus SNSF Bridge: cryogenic TFLT modulator chips with EPFL

A research programme to develop thin-film lithium tantalate modulator chips for cryogenic operation, in close collaboration with EPFL and Swiss partners.
Q-Modus SNSF Bridge: cryogenic TFLT modulator chips with EPFL
07 April 2026
As part of the Q-Modus SNSF Bridge research programme, thin-film lithium tantalate modulator chips are being developed by Prof. Guillermo Villanueva, Associate Professor of the Advanced Nano-electromechanical Systems Laboratory at EPFL, in close collaboration with Miraex.
The chips are designed to operate under cryogenic conditions and involve close collaboration with academic and industrial partners including Swiss PIC, PSI, FHNW and the Zurich-based startup ZuriQ — strengthening the Swiss photonics ecosystem around next-generation quantum interconnects.
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