The first quantum integrated circuit.
Tackling the three biggest challenges in quantum computing with a single processor: speed, accuracy, and scalability.

Our Approach
A new Moore’s Law for quantum compute.
Integrated circuits ushered in a new age of classical computing by unlocking scalability. Before integrated circuits, transistors were already more compact and less prone to error than vacuum tubes – but the industry couldn’t scale until the integrated circuit kicked off Moore’s Law.
Atlantic Quantum is doing the same for quantum compute and accelerating scalability. We are integrating our qubits and cryogenic controls into one modular chip stack to create the first integrated circuit for quantum compute. This is the key to achieving real-world quantum advantage, at scale.
Our Benchmarks
Fastest Clock Speeds
Superconducting circuits, including our fluxonium-based architecture, deliver fast clock speeds. This is critical for running utility-scale applications.
Lowest Error Rates
Our superconducting fluxonium-based qubit architecture has a significantly lower operating frequency than other qubit modalities. We leverage this to achieve record-low error rates.
Most Scalable Architecture
This lower frequency allows us to collocate control electronics with the qubit chip, unlocking a new scaling trajectory and dramatically reducing both system cost and cost per qubit.
