ORCA Computing
Machines in the Atlas (2)
- PT-1 — DEPLOYED (two systems delivered to PSNC Poznań, 2023; two ordered by Montana State University, Jun 2024), 2023 (PSNC, two systems); Montana State University order Jun 2024
- PT-2 — DEPLOYED, 2024-2026
Machines it co-developed (filed under another organisation) (1)
- IQCC superconducting facility — Israeli Quantum Computing Center (Quantum Machines + QuantWare + Qolab + ORCA)
Technologies its machines use
- Programmable linear-optical interferometer (no entangling primitive) · 2
- Photonic switching / routing (electro-optic, feed-forward) · 2
- Electro-optic drive + feed-forward electronics (room temperature) · 2
- Single-photon detection (SNSPD / TES) · 2
- Bulk-optics and fibre assembly (photonic samplers) · 2
- Single photon (discrete variable) · 1
- Squeezed light mode (CV) · 1
Architectures
Mentioned in the briefs of
- Programmable linear-optical interferometer (no entangling primitive)
- Bulk-optics and fibre assembly (photonic samplers)
- Single photon (discrete variable)
- Dual-rail (erasure) encoding
- Time-bin / path photonic encoding
- Linear-optical fusion (heralded)
- Multi-photon resource-state generator (RSG; 6-ring etc.)
- Photonic switching / routing (electro-optic, feed-forward)
- Fusion-based fault tolerance
- Photonic IC foundry (SiN, BTO, TFLN, SNSPD on 300 mm)
- Alkali atom (Rb/Cs) in optical tweezers
- Ancilla-mediated bosonic gates (cat CX, dual-rail CZ, beamsplitter)
- Fluorescence imaging of atom arrays
- Correlated / loss-aware decoding (transversal, atom loss)