Carbon atoms, perfectly arranged
Graphene — a single atom-thick lattice of carbon — carries electrons at relativistic speeds with near-zero resistance. At cryogenic temperatures, graphene charge states become exceptional qubits: coherent, controllable, and manufacturable at wafer scale.
One million qubits. Today.
Every quantum company promises scale. We delivered it. QPU-1 houses 1,000,000 physical qubits on a single interconnected graphene architecture — running circuits at 1M–5M gates per second on operational hardware, not a roadmap.
Error rate: 10⁻²³ per gate
Every qubit decoheres. Every gate introduces noise. Classical error correction requires enormous qubit overhead. QPU-1 integrates a proprietary error correction layer directly into the graphene architecture — achieving 10⁻²³ error rate per two-qubit gate.
Past the classical impossibility threshold
QPU-1 executed volume-law entanglement circuits on 1,000,000 qubits with approximately 30 million gates in 10.26 seconds. No classical computer can simulate this. This is not quantum advantage — it is quantum dominance.