2
Lab spaces, first pilots running
Lab space on the UC Berkeley campus and at BADASS Labs, where our first pilots are running.
SuperMatics · AI for superconductors
AI that designs superconducting materials, experiments that test them, and IP that brings them to market.
01 · Why superconductors
Below a critical temperature, superconductors carry current with zero electrical resistance. They power MRI scanners and fusion magnets.
Today’s superconductors are too cold, costly, and hard to make. Better materials change what the world can build.

Magnets strong enough to hold a star.

More power for AI, in less space.

Cables that carry more power in less space.

MRI that needs far less helium.

The wiring of tomorrow’s computers.
02 · The platform
Useful superconductors take rounds of prediction, synthesis, and measurement. Our AI designs materials, proposes recipes, and simulates wire.
Records make headlines, but wires change industries.

Foundation models predict how a material performs.

AI agents propose synthesis recipes, with the factory in mind.

The finished wire, coil, or cable, tested in simulation.

The best candidates are made and measured with partners.
03 · In the lab
Only a measurement can show whether a predicted material superconducts.



2
Lab space on the UC Berkeley campus and at BADASS Labs, where our first pilots are running.
5
Synthesis partner: CAN Superconductors. Measurement partner: Georgia Tech. Each has a predicted superconducting transition temperature of 100 kelvin or higher.
None has yet been independently established as superconducting.
9
From synthesis and measurement to scale-up and licensed physics IP.
20+
Owned by Hyunsung TNC and licensed exclusively to SuperMatics.
Research and industrial partners
Programs and counsel
Programs and counsel, not investors.
04 · The business
Royalties grow with every kilometer they produce.

One material



Many manufacturers

Every kilometer
Royalties
Now
Next
At scale
05 · The team
Co-founder and CEO
Fifteen years leading KOPEX USA. Manufacturing and AI medical imaging.


Co-founder and CSO
Berkeley Highest Honors at 20. Quantum hardware at Rigetti.

Co-founder and CTO
Forty years in superconductivity. Chemistry PhD, KIT.
Fractional Chief Legal Officer
MIT PhD, Georgetown JD. Led global IP at Illumina.

Advisors: Dr. Waqas Khalid (QB3) and Dr. David Kiewlich (BADASS Labs).
Meet the teamTell us what you need to build. We will search for the material and the process to make it.