aiqbench analysis
QTREX has demonstrated a scalable method to convert 3D-printed dielectric material into conductive graphene-like structures, effectively integrating stray-photon shielding directly into quantum processor packaging. This approach eliminates the need for discrete components or external assembly steps, addressing critical scaling challenges by reclaiming cryostat space and protecting superconducting circuits from disruptive radiation. The ability to precisely control carbon conversion through laser parameters establishes a repeatable manufacturing process essential for building larger-scale quantum systems.
QTREX turns 3D-printed parts into graphene for qubit shielding

QTREX converts 3D-printed insulation into graphene-like carbon, creating integrated stray-photon absorbers for improved qubit lifetimes.
QTREX Quantum Ltd. has demonstrated the direct conversion of 3D-printed insulation into graphene-like carbon, a technology designed to shield sensitive quantum processors from disruptive stray radiation. Research at Northeastern University confirmed the creation of electrically…
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