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Superconductor R&D

Software, lab and pilot manufacturing for superconducting devices.

SuperMatics finds the materials and manufacturing processes your device needs, then makes and measures them: lab work at Berkeley, partner benches, and pilot runs with manufacturers.

A coated conductor, illustrated. Layer thicknesses are schematic.
A coated conductor, illustrated. Layer thicknesses are schematic.

Inside SuperMatics

Start with the device you want to build.

Explore the platform

Inside the platform

Define the requirements

What does the device need to do? Set the operating conditions and manufacturing constraints before choosing a material.

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Define an engineering brief. Representative software workspace.
Define an engineering brief. Representative software workspace.Inspect this view ↗

Inside the platform

Explore materials and processes

Compare materials, their interfaces, and the processes that make them. See which requirements each option meets, what the evidence supports, and where the gaps remain.

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Conductor comparison at 30 K and 3 T. Interpolation stays within measured bounds; out-of-envelope wires remain separate. Representative workspace.
Conductor comparison at 30 K and 3 T. Interpolation stays within measured bounds; out-of-envelope wires remain separate. Representative workspace.Inspect this view ↗

Inside the platform

Plan the lab work

Agree on what to build and measure. Search and ranking run in weeks; lab work follows partner calendars. Synthesis is moving in-house at Berkeley. Every result informs your next decision and the model.

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Identify missing evidence before planning a measurement. Representative software workspace.
Identify missing evidence before planning a measurement. Representative software workspace.Inspect this view ↗

Representative software views. Explore the worked cable example on Platform.

The network behind SuperMatics

From crystal growth
to industrial synthesis.

CAN Superconductors

Customer & synthesis partner

Live with CAN Superconductors today. Paid search campaigns are running with fusion and quantum hardware teams.

An exclusive framework license from Hyunsung TNC. 20+ patents, issued and pending.

Explore the network
01

Grow.

Brookhaven · Walther-Meissner-Institut

Single-crystal growth and characterization.

02

Make and scale.

UC Berkeley QB3 · CAN Superconductors · Eloi Materials

Deposition, etching, precursor powders and industrial synthesis.

03

Measure.

Georgia Tech · UIUC

Scanning tunneling microscopy and spectroscopy.

Independent scientific evidence

An effect consistent with a central MEL prediction was measured independently at Stanford and SLAC, with no involvement from us.

Lee et al. · Phys. Rev. Lett. 2026
Checking the microscope tip above an existing crystal before a scan.
Checking the microscope tip above an existing crystal before a scan.Photographed at Georgia Tech

Our own search

What else could these materials become?

Alongside our customer work, we search for new superconductors. Every result informs the next search.

Explore discovery

Superconductors are the future.

We are how they get built.