Simply. Better. Qubits.

The SQC Edge

We are the only company in the world to manufacture at the atomic scale. We precision-place phosphorus atoms in pure silicon to make the highest quality quantum computing platform: 14|15 qubits.

World leading performance

Quantum computing processors made with atom qubits in silicon have demonstrated exceptional performance. Combined with our rapid manufacturing capability, this provides the best and most cost-effective platform to deliver quantum computing on a commercial scale.

0.1 nm

The world’s most precise manufacturing

99.99%

Single qubit gate fidelities

99.95%

2-qubit gate fidelities

0.8 ns

Gate operation speeds that deliver answers, fast

30 sec

Long coherence times enabling deep computation

99.50%

Bell state fidelities, the highest quality entanglement

The secret to our success

Combined with our manufacturing capabilities is awesome

01
01

Simplicity

We have no dielectrics or different material interfaces near our qubit. As a result, we have the lowest charge noise of any solid-state qubit.

02
02

Stability

Our qubits are small, simple, and pure. As a result, our cost-effective qubits have large energy separations and high stability.

03
03

Efficiency

Sub-nm engineering of nuclear spins creates efficient multi-qubit gates: this allows us to execute algorithms with unmatched performance.

04
04

Accuracy

Our qubits are naturally formed. Remarkably, with 6 qubits per gate, we have the long coherence times necessary for complex computation.

05
05

Purity

Isotopically pure silicon isolates our qubits protecting them from magnetic noise and sources of decoherence in the environment.

06
06

Manufacturability

We control our own manufacturing and can develop a new chip in 1-2 weeks. As a result, we identify near-term opportunities at low cost.

07
07

Scalability

The size of our qubits allows us to fit 1000s on a chip. Our commercial scale QC will fit in one fridge: a scalable, cost-effective solid-state platform.

08
08

Speed

Atomic precision engineering of our chip allows us to place our qubits and sensors close together. As a result, we have blindingly fast operations.

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Keep in touch

We continually publish achievements and results with transparency. Hear from SQC on our journey to a million qubits and beyond.

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