Past the horizon

Horizon-11,024 error-corrected logical qubits at 99.97% two-qubit fidelity, held at 11 mK.

Now taking workloadsCall it from a Python notebook. Problems that stall a supercomputer for a season finish before lunch.

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01 — The machine

A machine you can booknot a roadmap

A

Error-corrected by construction

Every logical qubit is woven from 49 physical ones in a distance-7 surface code. Faults are caught and undone every 1.1 microseconds, so a circuit a million gates deep still lands on the right answer.

B

Called like a function

Install the SDK, decorate a circuit, await the result. Standard circuit formats run unmodified.

# pip install singularity-sdk
@horizon.job(qubits=212)
def ground_state(h): ...
energy = await ground_state(femoco)

C

Priced per logical-second

No reservations, no minimums. You pay $0.84 for each second your circuit holds a logical qubit, and nothing at all while it waits in the queue.

02 — Workloads

Running this quarterpast the horizon

01Molecular ground states

9 h 40 m

Nitrogenase cofactor, 152 active orbitals, chemical accuracy without truncating the active space.

02Lattice gauge dynamics

2 h 15 m

Real-time string breaking on a 12×12 lattice, sampled at 4,000 time slices per run.

03Fleet and grid optimisation

6 m 08 s

Day-ahead dispatch for 38,000 assets with hard constraints kept hard, not penalised.

04Post-quantum key audits

41 m

Measure how many logical-seconds your deployed key sizes actually buy you.

03 — Access

Book your first windowon Horizon-1

Access opens in cohorts of forty teams, each with a solutions physicist on call. The next cohort starts on 3 November.