Investors
Superconductors are the future. We are how they get built.
Every superconducting magnet, cable, and qubit is limited by how cold it has to run. Programs pay us today, and our licenses are set up to earn a royalty on every machine built with our materials and processes.
- Development contract
- AI
- With a major AI company
- IP
- 20+
- Patent filings, issued and pending, licensed exclusively
- Capacity
- 4 of 7
- Partner lab and pilot benches under contract, of those lined up
- Theory since
- 2006
- The Modulated Electron Lattice (MEL) framework, licensed exclusively
The engine
The platform learns from every program.
We run active learning on paid programs, so each one leaves the models sharper for the next.
Each program
Predict
GPU sweeps and generative models rank what to try.
Make
We make samples at Berkeley and with partners.
Measure
We measure them at the operating point a device needs.
Learn
Every result retrains the models.
Proprietary data
Every result is kept, hit or miss.
The next program starts from all of it.
- Hit
- Miss
Schematic of active learning, not a program result.
The data moat
We collect data nobody else has.
| Published data | Our data | |
|---|---|---|
| What it records | Mostly what worked | What worked, and what did not |
| Where it was measured | Conditions the authors chose | The operating point a device needs |
| What it covers | The material | The material, what it touches, and how it was made |
| How it changes | Fixed at publication | Grows with every program |
Customers own their inputs, and we agree data rights for each program. What the models learn carries into every program after.
Where it points
The four limits we are going after.
- Temperature
The warm-room gap
The best durable record is still 158 kelvin short of a warm room.
- Field
Stronger magnets
Compact fusion and the next generation of MRI both need them.
- Loss
Lower-loss power
AI data centers and the grid need cables that waste less power.
- Coherence
Longer-lived qubits
Superconducting quantum computers need better films and interfaces.
The business
How it fits together.
Built with
Exclusive license
Hyunsung TNC
MEL theory and its patents
Pilot manufacturing
CAN Superconductors
Measurement
Georgia Tech, UIUC, Brookhaven, WMI
SuperMatics
- Platform
- Lab work
- IP
Who pays
Revenue today
Development programs
Hardware teams Program fees
Development contract with a major AI company
Next
Platform licenses
R&D teams License fees
Run by our team today, with customer access planned
At scale
Materials and process licensing
Manufacturers Royalties
20+ patents issued and pending
Milestones
What we have done so far.
- Major AI company under contract
- Five proposed materials in synthesisNone has yet been independently established as superconducting.
- Provisionals on file
- Accepted into BADASS Labs
- Joined the Plug and Play cohort
- Went live with CAN Superconductors
- Independent PRL result, consistent with MELAn independent experiment, with no involvement from SuperMatics. It does not validate the entire framework.
Team
Who is building it.
Charlie MoonCo-founder · Chief Executive Officer
Davis RensFounder
Dr. Jaewhan KimChief Technology Officer
Where our team has worked and studied
- KOPEX USA
The deck has the round, the plan, and the numbers.
Request it here, or write to us directly.