Applications

Four fields, each with the published work behind it. If a field is not here, it is because we do not have a measurement to show for it yet — not because the system cannot do it. Ask, and we will say honestly whether it fits.

Screening runs at 100 mK do not need a machine built for 10. Groups use the L-Type Rapid to characterise the cryogenic environment a transmon actually sees, and to run T1 benchmarking over weeks rather than over a single cooldown window — while the dilution fridge stays free for the measurement the paper stands on.

System: L-Type RapidOr send the sample: Superconducting resonator measurement

A film that failed is worth knowing about before the next batch goes in. Turnaround under a working day makes cryogenic screening part of the fabrication loop instead of a separate campaign — and high-throughput resonator characterisation stops being a scheduling problem.

System: L-Type RapidOr send the sample: RF transmission measurement

For frustrated magnets, spin liquids and heavy-fermion systems the interesting physics sits where the sample is most sensitive — to temperature, and to field. High-precision heat capacity and angle-resolved measurements with an integrated rotator both run on the same system, without liquid cryogens.

System: L-Type RapidOr send the sample: Resistance measurement as a service

The stage reading and the electron temperature in the device are not the same number, and the difference decides whether a measurement means anything. Coulomb blockade thermometry across multiple devices makes that difference visible — and sensor calibration below 1 K is a service rather than a project.

System: L-Type RapidOr send the sample: Calibration measurements