Infleqtion: what changed.
The recorded research and its supporting evidence.
This is a historical record. Read the current company research →Evidence or assessment clarified · axis ratings unchanged
Assessment reviewed 7 Sept 2026 · Research reviewed 7 Sept 2026What changed
- Research evidence: Fault tolerant operation and materials science with neutral atom logical qubits
- Previously
Infleqtion and collaborators report postselected error-detection experiments and a small Anderson-model ground-state demonstration. The materials application is explicitly non-fault-tolerant; this is not repeated active error correction.
- Source title
- Fault-tolerant operation and materials science with neutral atom logical qubits
- Source publication date
- 5 Dec 2025
- Source type
- paper
- Marked independent
- Not recorded
- Now
Infleqtion and collaborators report postselected error-detection experiments and a small Anderson-model ground-state demonstration. The materials application is explicitly non-fault-tolerant; this is not repeated active error correction.
- Source title
- Fault-tolerant operation and materials science with neutral atom logical qubits
- Source publication date
- 5 Dec 2025
- Source type
- paper
- Marked independent
- Not recorded
- Where to look
- Abstract; Introduction results list; Fig. 1
- Source checked
- 12 Nov 2026
- Source or product version
- npj Quantum Information 11, 193; 5 December 2025; indexed publisher text
- Limitations
- Postselected error detection; the Anderson-model application is explicitly non-fault-tolerant.
- Retained for this claim (1)
- Research evidence: Quantum computing testbeds — NQCC
- Previously
The host laboratory identifies Infleqtion’s SQALE neutral-atom testbed. Its related-news link to the 100-qubit announcement is not a separate performance evaluation.
- Source title
- Quantum computing testbeds — NQCC
- Source publication date
- Not recorded
- Source type
- customer
- Marked independent
- Not recorded
- Now
The host laboratory identifies Infleqtion’s SQALE neutral-atom testbed. Its related-news link to the 100-qubit announcement is not a separate performance evaluation.
- Source title
- Quantum computing testbeds — NQCC
- Source publication date
- Not recorded
- Source type
- customer
- Marked independent
- Not recorded
- Where to look
- Quantum computing testbed projects → SQALE
- Source checked
- 12 Nov 2026
- Source or product version
- Living host-laboratory index checked 12 November
- Limitations
- Identifies the neutral-atom testbed; not independent performance measurement.
- Retained for this claim (1)
- Research evidence: Neutral Atom — NVIDIA CUDA Q documentation
- Previously
Documents account-based Superstaq access and distinct simulator, dry-run and Sqale physical-QPU targets from CUDA-Q. Selecting the default backend runs a simulator.
- Source title
- Neutral Atom — NVIDIA CUDA-Q documentation
- Source publication date
- Not recorded
- Source type
- technical
- Marked independent
- Not recorded
- Now
Documents account-based Superstaq access and distinct simulator, dry-run and Sqale physical-QPU targets from CUDA-Q. Selecting the default backend runs a simulator.
- Source title
- Neutral Atom — NVIDIA CUDA-Q documentation
- Source publication date
- Not recorded
- Source type
- technical
- Marked independent
- Not recorded
- Where to look
- Infleqtion → Setting Credentials; Submitting
- Source checked
- 12 Nov 2026
- Source or product version
- Living CUDA-Q guide checked 12 November
- Limitations
- Default is a Sqale simulator; physical QPU must be selected and account access applies.
- Retained for this claim (1)
Sources used in this record (5)
Recorded dates use UTC and show when QubitWire saved the comparison. Review dates show the evidence check; neither is a new claim about when the underlying event happened. This view preserves the original research and assessment methodology.