The technology targets monolithic stray-photon absorbers in quantum packages to reduce radiation-driven quasiparticles, extend qubit lifetimes, and lower error rates.
Validation and commercialization timeline
Cryogenic, high-frequency validation is underway; commercial launch of DF INSU300 is targeted by the end of Q3 2026.
Laser process converts printed insulation into conductive carbon
QTREX unveiled a patent-pending laser process that converts 3D-printed dielectric insulation into patterned, electrically conductive graphene-like carbon.
Work at Northeastern University produced conductive carbon in 20 tested laser conditions, with Raman results consistent with a graphene-like structure.
Laser power and scan speed tuned resistance and conversion depth, defining a repeatable manufacturing window without adding conductive materials or assembly steps.
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