{ "title": "Supplier capability directory", "view": "directory", "notice": "Information from public records only, not an endorsement, a qualification or procurement advice. Each capability names the evidence it rests on; check the source and the supplier before relying on it. No evidence recorded here does not mean that an organisation cannot supply a capability.", "levels": { "contract": "Procurement contract for a system", "product": "Product documented by the organisation", "curated": "Product line (curated)", "software": "Open-source software it develops", "project": "EU-funded project naming the capability", "classified": "Technology area confirmed by an editor" }, "assembled": "2026-11-04", "cordis_retrieved": "2026-10-16", "counts": { "organisations": 552, "eu": 420, "europe_other": 74, "other": 31, "unrecorded": 27, "levels": { "contract": 4, "product": 29, "curated": 82, "software": 19, "project": 404, "classified": 276 }, "standards": 79, "standards_with_evidence": 5 }, "filters": { "capability": "quantum-sensors" }, "capabilities": { "quantum-computers": "Quantum computers (complete systems)", "cryogenics": "Cryogenics and cooling", "dilution-refrigerators": "Dilution refrigerators (dilution units, mixing chambers and helium-3)", "lasers": "Lasers", "photonics": "Photonics and optics", "photon-detectors": "Single-photon detectors and cameras", "photon-sources": "Single-photon and photon-pair sources", "integrated-photonics": "Integrated photonic circuits", "cryo-cmos": "Cryo-CMOS (cryogenic CMOS control electronics)", "control-electronics": "Control and readout electronics", "microwave": "Microwave amplifiers and cryogenic wiring", "vacuum": "Ultra-high-vacuum systems", "chips-fabrication": "Qubit chips, ion traps and fabrication", "qkd-systems": "QKD systems and components", "qrng": "Quantum random number generators", "quantum-networks": "Quantum memories and network nodes", "quantum-sensors": "Quantum sensors and atomic clocks", "atomic-clocks": "Atomic clocks and vapour cells", "magnetometers": "Quantum magnetometers and magnetic shielding", "gravimeters": "Quantum gravimeters and inertial sensors", "pqc-libraries": "Post-quantum cryptography libraries", "pqc-hsm": "Hardware security modules with post-quantum algorithms", "pqc-network": "Post-quantum VPN, SSH and edge network products", "pqc-platforms": "Operating systems, runtimes, browsers, cloud keys and PKI with post-quantum support", "pqc": "Post-quantum cryptography products (all)", "quantum-software": "Quantum software" }, "labels": { "part:sc": "Superconducting circuits", "part:sc-cryo": "Dilution refrigerator (Superconducting circuits)", "part:sc-cryo-dilution": "Dilution unit and mixing chamber (Superconducting circuits)", "part:sc-cryo-dilution-helium": "Helium-3 and helium-4 mixture (Superconducting circuits)", "part:sc-cryo-pulsetube": "Pulse-tube cryocooler (Superconducting circuits)", "part:sc-cryo-shielding": "Radiation and magnetic shielding (Superconducting circuits)", "part:sc-chip": "Qubit chip (Superconducting circuits)", "part:sc-chip-junction": "Josephson junctions (Superconducting circuits)", "part:sc-chip-junction-aluminium": "Aluminium and aluminium oxide (Superconducting circuits)", "part:sc-chip-films": "Superconducting metal films (Superconducting circuits)", "part:sc-chip-films-aluminium": "Aluminium (Superconducting circuits)", "part:sc-chip-films-niobium": "Niobium (Superconducting circuits)", "part:sc-chip-films-tantalum": "Tantalum (Superconducting circuits)", "part:sc-chip-substrate": "Substrate (Superconducting circuits)", "part:sc-chip-substrate-silicon": "Silicon (Superconducting circuits)", "part:sc-chip-substrate-sapphire": "Sapphire (Superconducting circuits)", "part:sc-chip-readout": "Readout resonators and Purcell filters (Superconducting circuits)", "part:sc-wiring": "Cryogenic signal lines (Superconducting circuits)", "part:sc-wiring-coax": "Coaxial cables (Superconducting circuits)", "part:sc-wiring-coax-nbti": "Niobium-titanium (Superconducting circuits)", "part:sc-wiring-attenuators": "Attenuators and filters (Superconducting circuits)", "part:sc-wiring-circulators": "Circulators and isolators (Superconducting circuits)", "part:sc-amplifiers": "Readout amplifier chain (Superconducting circuits)", "part:sc-amplifiers-parametric": "Josephson parametric amplifiers (Superconducting circuits)", "part:sc-amplifiers-hemt": "HEMT amplifiers (Superconducting circuits)", "part:sc-electronics": "Room-temperature control electronics (Superconducting circuits)", "part:sc-electronics-awg": "Waveform generators and microwave sources (Superconducting circuits)", "part:sc-electronics-digitisers": "Readout mixers and digitisers (Superconducting circuits)", "part:sc-electronics-fpga": "FPGA-based real-time control (Superconducting circuits)", "part:ti": "Trapped ions", "part:ti-trap": "Ion trap (Trapped ions)", "part:ti-trap-chip": "Surface-electrode trap chip (Trapped ions)", "part:ti-trap-voltages": "RF drive and electrode voltages (Trapped ions)", "part:ti-trap-loading": "Atom source and photoionisation (Trapped ions)", "part:ti-trap-loading-calcium": "Calcium (Trapped ions)", "part:ti-trap-loading-ytterbium": "Ytterbium (Trapped ions)", "part:ti-trap-loading-strontium": "Strontium (Trapped ions)", "part:ti-trap-loading-beryllium": "Beryllium (Trapped ions)", "part:ti-trap-loading-magnesium": "Magnesium (Trapped ions)", "part:ti-trap-loading-barium": "Barium (Trapped ions)", "part:ti-vacuum": "Ultra-high-vacuum system (Trapped ions)", "part:ti-vacuum-chamber": "Vacuum chamber with optical windows (Trapped ions)", "part:ti-vacuum-cryogenic": "Cryogenic trap environment (Trapped ions)", "part:ti-lasers": "Laser and optical control (Trapped ions)", "part:ti-lasers-sources": "Lasers at the atomic transition wavelengths (Trapped ions)", "part:ti-lasers-aom": "Acousto-optic modulators (Trapped ions)", "part:ti-lasers-photonics": "Integrated light delivery (Trapped ions)", "part:ti-detection": "State detection (Trapped ions)", "part:ti-detection-optics": "Collection optics (Trapped ions)", "part:ti-detection-pmt": "Photomultipliers, cameras and avalanche photodiodes (Trapped ions)", "part:ti-detection-snspd": "Superconducting nanowire detectors (Trapped ions)", "part:na": "Neutral atoms", "part:na-register": "Atomic register and vacuum system (Neutral atoms)", "part:na-register-vacuum": "Ultra-high-vacuum chamber (Neutral atoms)", "part:na-register-vacuum-rubidium": "Rubidium (Neutral atoms)", "part:na-register-mot": "Magneto-optical trap (Neutral atoms)", "part:na-tweezers": "Optical tweezer array (Neutral atoms)", "part:na-tweezers-laser": "Trapping laser (Neutral atoms)", "part:na-tweezers-slm": "Spatial light modulator (Neutral atoms)", "part:na-tweezers-aod": "Acousto-optic deflectors (Neutral atoms)", "part:na-tweezers-lenses": "High-numerical-aperture lenses (Neutral atoms)", "part:na-processing": "Processing lasers (Neutral atoms)", "part:na-processing-lasers": "Raman and Rydberg lasers (Neutral atoms)", "part:na-processing-modulators": "Acousto- and electro-optic modulators (Neutral atoms)", "part:na-imaging": "Fluorescence imaging (Neutral atoms)", "part:na-imaging-camera": "EMCCD camera (Neutral atoms)", "part:na-imaging-dichroic": "Dichroic mirror (Neutral atoms)", "part:na-electronics": "Control electronics and computing (Neutral atoms)", "part:na-electronics-fpga": "FPGA and GPU rearrangement (Neutral atoms)", "part:na-electronics-dds": "Synthesisers and waveform generators (Neutral atoms)", "part:ph": "Photonic", "part:ph-sources": "Photon sources (Photonic)", "part:ph-sources-spdc": "Parametric photon-pair sources (Photonic)", "part:ph-sources-spdc-ktp": "Potassium titanyl phosphate (KTP) (Photonic)", "part:ph-sources-dots": "Quantum-dot single-photon sources (Photonic)", "part:ph-sources-multiplexing": "Multiplexing switch networks (Photonic)", "part:ph-circuits": "Integrated photonic circuits (Photonic)", "part:ph-circuits-platforms": "Waveguide material platforms (Photonic)", "part:ph-circuits-platforms-linbo3": "Lithium niobate (Photonic)", "part:ph-circuits-platforms-silicon": "Silicon (Photonic)", "part:ph-circuits-platforms-glass": "Glass for laser-written waveguides (Photonic)", "part:ph-circuits-elements": "Interferometers, phase shifters and couplers (Photonic)", "part:ph-circuits-switches": "Electro-optic switches and modulators (Photonic)", "part:ph-detectors": "Single-photon detectors (Photonic)", "part:ph-detectors-snspd": "Superconducting nanowire detectors (Photonic)", "part:ph-detectors-tes": "Transition-edge sensors (Photonic)", "part:ph-detectors-apd": "Avalanche photodiodes (Photonic)", "part:ph-detectors-apd-silicon": "Silicon (Photonic)", "part:ph-detectors-apd-ingaas": "Indium gallium arsenide (InGaAs) (Photonic)", "part:ph-detectors-cryostat": "Detector cryostat (Photonic)", "part:sp": "Spin qubits in semiconductors", "part:sp-host": "Semiconductor host material (Spin qubits in semiconductors)", "part:sp-host-silicon": "Silicon structures (Si/SiGe and Si-MOS) (Spin qubits in semiconductors)", "part:sp-host-silicon-28si": "Isotopically enriched silicon-28 (Spin qubits in semiconductors)", "part:sp-host-silicon-germanium": "Germanium (in silicon-germanium) (Spin qubits in semiconductors)", "part:sp-host-gaas": "Gallium arsenide heterostructures (Spin qubits in semiconductors)", "part:sp-host-gaas-gallium": "Gallium (Spin qubits in semiconductors)", "part:sp-host-gaas-arsenic": "Arsenic (Spin qubits in semiconductors)", "part:sp-host-germanium": "Germanium hole devices (Spin qubits in semiconductors)", "part:sp-host-germanium-germanium": "Germanium (Spin qubits in semiconductors)", "part:sp-host-donors": "Phosphorus donors in silicon (Spin qubits in semiconductors)", "part:sp-host-donors-phosphorus": "Phosphorus (Spin qubits in semiconductors)", "part:sp-gates": "Gate electrodes (Spin qubits in semiconductors)", "part:sp-gates-overlapping": "Overlapping gate layers (Spin qubits in semiconductors)", "part:sp-gates-overlapping-aluminium": "Aluminium (Spin qubits in semiconductors)", "part:sp-control": "Spin control (Spin qubits in semiconductors)", "part:sp-control-esr": "Spin resonance striplines (Spin qubits in semiconductors)", "part:sp-control-micromagnet": "Micromagnets (Spin qubits in semiconductors)", "part:sp-control-micromagnet-cobalt": "Cobalt (Spin qubits in semiconductors)", "part:sp-readout": "Charge sensing and readout (Spin qubits in semiconductors)", "part:sp-readout-sensors": "Point contacts and sensor dots (Spin qubits in semiconductors)", "part:sp-readout-rf": "Radio-frequency reflectometry and gate sensing (Spin qubits in semiconductors)", "part:qkd": "Quantum key distribution systems", "part:qkd-transmitter": "Transmitter (Quantum key distribution systems)", "part:qkd-transmitter-laser": "Gain-switched laser diodes (Quantum key distribution systems)", "part:qkd-transmitter-modulators": "Amplitude and phase modulators (Quantum key distribution systems)", "part:qkd-transmitter-qrng": "Quantum random number generators (Quantum key distribution systems)", "part:qkd-channel": "Quantum channel (Quantum key distribution systems)", "part:qkd-channel-fibre": "Single-mode telecom fibre (Quantum key distribution systems)", "part:qkd-channel-free-space": "Free-space and satellite links (Quantum key distribution systems)", "part:qkd-receiver": "Receiver (Quantum key distribution systems)", "part:qkd-receiver-spd": "Single-photon detectors (Quantum key distribution systems)", "part:qkd-receiver-spd-ingaas": "Indium gallium arsenide (InGaAs) (Quantum key distribution systems)", "part:qkd-receiver-homodyne": "Homodyne and heterodyne detectors (Quantum key distribution systems)", "part:qkd-receiver-homodyne-germanium": "Germanium (Quantum key distribution systems)", "part:qkd-receiver-interferometers": "Planar lightwave circuit interferometers (Quantum key distribution systems)", "part:qkd-receiver-interferometers-silicon": "Silicon (Quantum key distribution systems)", "part:qkd-postprocessing": "Classical post-processing (Quantum key distribution systems)", "part:qs": "Quantum sensors and atomic clocks", "part:qs-cell": "Alkali vapour cell sensors (Quantum sensors and atomic clocks)", "part:qs-cell-vapour": "Alkali vapour cells (Quantum sensors and atomic clocks)", "part:qs-cell-csac": "Chip-scale atomic clock physics packages (Quantum sensors and atomic clocks)", "part:qs-cell-opm": "Optically pumped magnetometer sensor heads (Quantum sensors and atomic clocks)", "part:qs-coldatom": "Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks)", "part:qs-coldatom-head": "Atom-interferometer sensor heads (Quantum sensors and atomic clocks)", "part:qs-coldatom-mot": "Magneto-optical trap optics (Quantum sensors and atomic clocks)", "part:qs-coldatom-vacuum": "Cold-atom vacuum packages (Quantum sensors and atomic clocks)", "part:qs-lasers": "Lasers for atomic sensors (Quantum sensors and atomic clocks)", "part:qs-lasers-narrow": "Narrow-linewidth and frequency-doubled lasers (Quantum sensors and atomic clocks)", "part:qs-shielding": "Magnetic shielding and field control (Quantum sensors and atomic clocks)", "part:qs-shielding-passive": "Mu-metal shields and shielded rooms (Quantum sensors and atomic clocks)", "part:qs-shielding-active": "Active field compensation coils (Quantum sensors and atomic clocks)", "part:qs-solid": "Diamond and superconducting magnetometers (Quantum sensors and atomic clocks)", "part:qs-solid-nv": "NV-diamond magnetometer elements (Quantum sensors and atomic clocks)", "part:qs-solid-nv-diamond": "Synthetic diamond with nitrogen-vacancy centres (Quantum sensors and atomic clocks)", "part:qs-solid-squid": "SQUID magnetometer elements (Quantum sensors and atomic clocks)", "part:qm": "Quantum memories for networks", "part:qm-media": "Storage media (Quantum memories for networks)", "part:qm-media-ree": "Rare-earth-doped crystals (Quantum memories for networks)", "part:qm-media-ree-yttrium": "Yttrium (host lattice) (Quantum memories for networks)", "part:qm-media-ree-dopants": "Erbium, europium, praseodymium and thulium dopants (Quantum memories for networks)", "part:qm-media-diamond": "Diamond colour centres (Quantum memories for networks)", "part:qm-media-diamond-carbon": "Synthetic diamond (Quantum memories for networks)", "part:qm-media-vapour": "Alkali vapour cells and cold-atom sources (Quantum memories for networks)", "part:qm-media-vapour-alkali": "Rubidium and caesium (Quantum memories for networks)", "part:qm-control": "Control lasers and frequency references (Quantum memories for networks)", "part:qm-control-lasers": "Narrow-linewidth lasers (Quantum memories for networks)", "part:qm-cryo": "Cryogenics (Quantum memories for networks)", "part:qm-cryo-cryostat": "Closed-cycle cryostats and dilution refrigerators (Quantum memories for networks)", "part:qm-cryo-cryostat-helium": "Helium-3 and helium-4 (Quantum memories for networks)", "part:qm-readout": "Single-photon detection and frequency conversion (Quantum memories for networks)", "part:qm-readout-detectors": "Single-photon detectors (Quantum memories for networks)", "part:qm-readout-conversion": "Frequency converters (Quantum memories for networks)", "part:qm-module": "Packaged memory modules (Quantum memories for networks)", "part:qm-nodes": "Repeater nodes and network testbeds (Quantum memories for networks)", "family:computing": "Quantum computing and simulation (technology area)", "family:superconducting": "Superconducting qubits", "family:trapped-ions": "Trapped ions", "family:neutral-atoms": "Neutral atoms", "family:photonic": "Photonic qubits", "family:spin-qubits": "Spin qubits in semiconductors", "family:nv-diamond": "Colour centres in diamond", "family:topological": "Topological qubits", "family:annealing": "Quantum annealing", "family:simulation": "Quantum simulation", "family:analogue-simulators": "Analogue quantum simulators", "family:digital-simulation": "Digital quantum simulation", "family:communication": "Quantum communication (technology area)", "family:qkd": "Quantum key distribution (QKD)", "family:qrng": "Quantum random number generation", "family:quantum-networks": "Quantum networks and repeaters", "family:quantum-memories": "Quantum memories", "family:satellite-qcomm": "Satellite quantum communication", "family:sensing": "Quantum sensing and metrology (technology area)", "family:atomic-clocks": "Atomic and optical clocks", "family:magnetometers": "Quantum magnetometers", "family:gravimeters-inertial": "Quantum gravimeters and inertial sensors", "family:quantum-imaging": "Quantum imaging", "family:nv-sensing": "Colour-centre sensors", "family:enabling": "Enabling technologies and supply chain (technology area)", "family:cryogenics": "Cryogenics and cooling", "family:photonics": "Photonics, lasers and optics", "family:electronics-control": "Control electronics", "family:materials-fabrication": "Quantum chips, materials and fabrication", "family:software-stack": "Quantum software stack", "family:quantum-safe-security": "Quantum-safe security (post-quantum cryptography) (technology area)", "family:pqc-algorithms": "Post-quantum algorithms and standards", "family:pqc-products": "Post-quantum products", "family:pqc-migration": "Post-quantum migration", "segment:cryogenics": "Cryogenics and cooling", "segment:photonics": "Photonics, lasers and optics", "segment:electronics": "Control electronics and cryo-CMOS", "segment:materials": "Materials, fabrication and foundry", "segment:hardware": "Qubit hardware platforms", "segment:software": "Quantum software and algorithms", "segment:communication": "Quantum communication and security systems", "segment:sensing": "Quantum sensors and metrology devices", "kw:cryo-cmos": "Cryo-CMOS (cryogenic CMOS control electronics)", "modality:superconducting": "Superconducting qubits", "modality:trapped_ion": "Trapped ions", "modality:neutral_atom": "Neutral atoms", "modality:photonic": "Photonic", "modality:spin": "Spin qubits in semiconductors", "modality:nv_diamond": "Colour centres in diamond", "modality:topological": "Topological qubits", "modality:annealing": "Quantum annealing", "modality:software": "Quantum software", "modality:communication": "Quantum communication and QKD", "modality:sensing": "Quantum sensing and metrology", "modality:cryogenics": "Cryogenics", "modality:electronics": "Control electronics", "modality:other": "Other", "pqc:operating-system": "Post-quantum: operating system", "pqc:crypto-library": "Post-quantum: cryptographic library", "pqc:ssh": "Post-quantum: ssh implementation", "pqc:browser": "Post-quantum: web browser", "pqc:cdn": "Post-quantum: cdn and edge network", "pqc:cloud-kms": "Post-quantum: cloud key management", "pqc:vpn": "Post-quantum: vpn", "pqc:hsm": "Post-quantum: hardware security module", "pqc:runtime": "Post-quantum: language runtime and standard library", "pqc:public-pki": "Post-quantum: public pki and certificate authorities", "software:sdk": "Software: sdk or programming framework", "software:compiler": "Software: compiler, language or verification tool", "software:simulator": "Software: simulator or emulator", "software:error_correction": "Software: quantum error correction", "software:communication": "Software: quantum networking and qkd", "software:pqc": "Software: post-quantum cryptography", "software:benchmarking": "Software: benchmarking", "software:control": "Software: control stack and hardware design" }, "organisations": [ { "nid": 420, "name": "Absolut System SAS", "country": "FR", "type": "company", "sme": true, "key": "node:420", "levels": [ "project" ], "evidence": [ { "ref": "part:qs", "level": "project", "count": 1, "projects": [ { "id": "101189824", "acronym": "PoQus" } ], "url": "https://cordis.europa.eu/project/id/101189824", "source": "CORDIS", "date": "2026-10-16", "capability": "Quantum sensors and atomic clocks", "level_label": "EU-funded project naming the capability" } ], "standards": [], "profile": "/absolut-system-sas", "type_label": "Company" }, { "nid": 308, "name": "Academisch Ziekenhuis Groningen", "country": "NL", "type": "research", "sme": null, "key": "node:308", "levels": [ "project" ], "evidence": [ { "ref": "part:qs", "level": "project", "count": 1, "projects": [ { "id": "101229408", "acronym": "FORSEE" } ], "url": "https://cordis.europa.eu/project/id/101229408", "source": "CORDIS", "date": "2026-10-16", "capability": "Quantum sensors and atomic clocks", "level_label": "EU-funded project naming the capability" } ], "standards": [], "profile": "/academisch-ziekenhuis-groningen", "type_label": "Research or higher education" }, { "nid": 10156, "name": "Agenzia Spaziale Italiana", "country": "IT", "type": "other", "sme": null, "key": "node:10156", "levels": [ "project" ], "evidence": [ { "ref": "part:qs", "level": "project", "count": 1, "projects": [ { "id": "101189875", "acronym": "ACDC_Q" } ], "url": "https://cordis.europa.eu/project/id/101189875", "source": "CORDIS", "date": "2026-10-16", "capability": "Quantum sensors and atomic clocks", "level_label": "EU-funded project naming the capability" } ], "standards": [], "profile": "/agenzia-spaziale-italiana", "type_label": "Other" }, { "nid": 133, "name": "Airbus Defence and Space GMBH", "country": "DE", "type": "company", "sme": false, "key": "node:133", "levels": [ "project" ], "evidence": [ { "ref": "part:qs-coldatom", "level": "project", "count": 2, "projects": [ { "id": "101081775", "acronym": "CARIOQA-PMP" }, { "id": "101135075", "acronym": "CARIOQA PHA" } ], "url": "https://cordis.europa.eu/project/id/101081775", "source": "CORDIS", "date": "2026-10-16", "capability": "Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks)", "level_label": "EU-funded project naming the capability" }, { "ref": "part:qs", "level": "project", "count": 2, "projects": [ { "id": "101081775", "acronym": "CARIOQA-PMP" }, { "id": "101135075", "acronym": "CARIOQA PHA" } ], "url": "https://cordis.europa.eu/project/id/101081775", "source": "CORDIS", "date": "2026-10-16", "capability": "Quantum sensors and atomic clocks", "level_label": "EU-funded project naming the capability" } ], "standards": [], "profile": "/airbus-defence-and-space-gmbh", "type_label": "Company" }, { "nid": 350, "name": "Airbus Defence and Space SAS", "country": "FR", "type": "company", "sme": false, "key": "node:350", "levels": [ "project", "classified" ], "evidence": [ { "ref": "part:qs-coldatom", "level": "project", "count": 2, "projects": [ { "id": "101081775", "acronym": "CARIOQA-PMP" }, { "id": "101135075", "acronym": "CARIOQA PHA" } ], "url": "https://cordis.europa.eu/project/id/101081775", "source": "CORDIS", "date": "2026-10-16", "capability": "Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks)", "level_label": "EU-funded project naming the capability" }, { "ref": "part:qs", "level": "project", "count": 2, "projects": [ { "id": "101081775", "acronym": "CARIOQA-PMP" }, { "id": "101135075", "acronym": "CARIOQA PHA" } ], "url": "https://cordis.europa.eu/project/id/101081775", "source": "CORDIS", "date": "2026-10-16", "capability": "Quantum sensors and atomic clocks", "level_label": "EU-funded project naming the capability" } ], "standards": [], "profile": "/airbus-defence-and-space-sas", "type_label": "Company" }, { "nid": 9928, "name": "Aquark Technologies Ltd", "country": "GB", "type": "company", "key": "node:9928", "sme": null, "levels": [ "curated" ], "evidence": [ { "ref": "family:atomic-clocks", "level": "curated", "id": "curated:aquark-technologies:0", "label": "AQlock", "text": "portable cold-atom atomic clock", "verification": "verified", "url": "https://www.aquarktechnologies.com/technology", "source": "Company product page (curated)", "date": "2026-10-26", "capability": "Atomic and optical clocks", "level_label": "Product line (curated)" }, { "ref": "part:qs-coldatom-mot", "level": "curated", "id": "curated:aquark-technologies:1", "label": "AQuest", "text": "portable cold-atom source that traps atoms without a magnetic field", "verification": "verified", "url": "https://www.aquarktechnologies.com/technology", "source": "Company product page (curated)", "date": "2026-10-26", "capability": "Magneto-optical trap optics (Quantum sensors and atomic clocks)", "level_label": "Product line (curated)" }, { "ref": "part:qs", "level": "curated", "id": "curated:aquark-technologies:0", "label": "AQlock", "text": "portable cold-atom atomic clock", "verification": "verified", "url": "https://www.aquarktechnologies.com/technology", "source": "Company product page (curated)", "date": "2026-10-26", "capability": "Quantum sensors and atomic clocks", "level_label": "Product line (curated)" } ], "standards": [], "profile": "/aquark-technologies-ltd", "type_label": "Company" }, { "nid": 409, "name": "ATTOCUBE SYSTEMS GmbH", "country": "DE", "type": "company", "sme": false, "key": "node:409", "levels": [ "curated", "project" ], "evidence": [ { "ref": "part:qs", "level": "project", "count": 1, "projects": [ { "id": "820394", "acronym": "ASTERIQS" } ], "url": "https://cordis.europa.eu/project/id/820394", "source": "CORDIS", "date": "2026-10-16", "capability": "Quantum sensors and atomic clocks", "level_label": "EU-funded project naming the capability" } ], "standards": [], "profile": "/attocube-systems-gmbh", "type_label": "Company" }, { "nid": 190, "name": "Centre National D'etudes Spatiales - Cnes", "country": "FR", "type": "research", "sme": null, "key": "node:190", "levels": [ "project", "classified" ], "evidence": [ { "ref": "part:qs-coldatom", "level": "project", "count": 3, "projects": [ { "id": "101081775", "acronym": "CARIOQA-PMP" }, { "id": "101135075", "acronym": "CARIOQA PHA" }, { "id": "101189541", "acronym": "CARIOQA-PHB" } ], "url": "https://cordis.europa.eu/project/id/101081775", "source": "CORDIS", "date": "2026-10-16", "capability": "Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks)", "level_label": "EU-funded project naming the capability" }, { "ref": "part:qs", "level": "project", "count": 3, 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"Company" }, { "nid": 9954, "name": "Magnetic Shields", "country": "GB", "type": "company", "key": "node:9954", "sme": null, "levels": [ "curated" ], "evidence": [ { "ref": "part:qs-shielding-active", "level": "curated", "id": "curated:magnetic-shields:1", "label": "Active Shielding", "text": "active field compensation", "verification": "verified", "url": "https://www.magneticshields.co.uk/product-quantum", "source": "Company product page (curated)", "date": "2026-10-26", "capability": "Active field compensation coils (Quantum sensors and atomic clocks)", "level_label": "Product line (curated)" }, { "ref": "part:qs-shielding-passive", "level": "curated", "id": "curated:magnetic-shields:0", "label": "MuRoom and MuMetal Shields", "text": "magnetically shielded rooms and mu-metal shields for quantum technologies", "verification": "verified", "url": "https://www.magneticshields.co.uk/product-quantum", "source": "Company product page (curated)", "date": "2026-10-26", "capability": "Mu-metal 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"classified" ], "evidence": [ { "ref": "part:qs-lasers-narrow", "level": "curated", "id": "curated:menlo-systems:0", "label": "FC1500-Quantum", "text": "rack-mounted frequency comb with ultrastable and CW lasers for quantum applications", "verification": "verified", "url": "https://www.menlosystems.com/products/quantum-laser-systems/fc1500-quantum/", "source": "Company product page (curated)", "date": "2026-10-26", "capability": "Narrow-linewidth and frequency-doubled lasers (Quantum sensors and atomic clocks)", "level_label": "Product line (curated)" }, { "ref": "part:qs-lasers-narrow", "level": "curated", "id": "curated:menlo-systems:1", "label": "ORS ultrastable lasers", "text": "cavity-stabilised narrow-linewidth lasers for quantum technologies and optical clocks", "verification": "verified", "url": "https://www.menlosystems.com/products/ultrastable-lasers/ors/", "source": "Company product page (curated)", "date": "2026-10-26", "capability": "Narrow-linewidth and frequency-doubled 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"profile": "/oesterreichische-akademie-der-wissenschaften", "type_label": "Research or higher education" }, { "nid": 384, "name": "Office National D'etudes et de Recherches Aerospatiales", "country": "FR", "type": "research", "sme": null, "key": "node:384", "levels": [ "project", "classified" ], "evidence": [ { "ref": "part:qs-coldatom", "level": "project", "count": 2, "projects": [ { "id": "101081775", "acronym": "CARIOQA-PMP" }, { "id": "101189541", "acronym": "CARIOQA-PHB" } ], "url": "https://cordis.europa.eu/project/id/101081775", "source": "CORDIS", "date": "2026-10-16", "capability": "Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks)", "level_label": "EU-funded project naming the capability" }, { "ref": "part:qs", "level": "project", "count": 2, "projects": [ { "id": "101081775", "acronym": "CARIOQA-PMP" }, { "id": "101189541", "acronym": "CARIOQA-PHB" } ], "url": "https://cordis.europa.eu/project/id/101081775", "source": "CORDIS", "date": "2026-10-16", "capability": "Quantum sensors and atomic clocks", "level_label": "EU-funded project naming the capability" }, { "ref": "family:gravimeters-inertial", "level": "classified", "hub": "gravimeters-inertial", "url": "", "source": "Portal technology taxonomy", "date": "", "capability": "Quantum gravimeters and inertial sensors", "level_label": "Technology area confirmed by an editor" } ], "standards": [], "profile": "/office-national-detudes-et-de-recherches-aerospatiales", "type_label": "Research or higher education" }, { "nid": 9958, "name": "Oscilloquartz", "country": "CH", "type": "company", "key": "node:9958", "sme": null, "levels": [ "curated" ], "evidence": [ { "ref": "family:atomic-clocks", "level": "curated", "id": "curated:oscilloquartz:0", "label": "OSA 3300 Series", "text": "optically pumped caesium atomic clocks (partly verified: the page does not state the quantum use)", "verification": "partly verified", "url": 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"level": "curated", "id": "curated:qsensato:0", "label": "All-glass vapor cells and atomic-photonic chips", "text": "custom laser-written alkali vapour cells for optically pumped magnetometers, RF field sensors and atomic clocks", "verification": "verified", "url": "https://qsensato.com/products/", "source": "Company product page (curated)", "date": "2026-10-30", "capability": "Alkali vapour cells (Quantum sensors and atomic clocks)", "level_label": "Product line (curated)" } ], "standards": [], "profile": "/qsensato", "type_label": "Company" }, { "nid": 259, "name": "QuantaMap B.V.", "country": "NL", "type": "company", "sme": true, "key": "node:259", "levels": [ "project", "classified" ], "evidence": [ { "ref": "part:qs", "level": "project", "count": 1, "projects": [ { "id": "101296909", "acronym": "NAUTILUS" } ], "url": "https://cordis.europa.eu/project/id/101296909", "source": "CORDIS", "date": "2026-10-16", "capability": "Quantum sensors and atomic clocks", "level_label": 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"profile": "/quantumdiamonds-gmbh", "type_label": "Company" }, { "nid": 9963, "name": "QZabre", "country": "CH", "type": "company", "key": "node:9963", "sme": null, "levels": [ "curated" ], "evidence": [ { "ref": "part:qs-solid-nv", "level": "curated", "id": "curated:qzabre:0", "label": "Quantum Scanning Microscope (QSM)", "text": "scanning NV magnetometry microscope", "verification": "verified", "url": "https://qzabre.com/", "source": "Company product page (curated)", "date": "2026-10-26", "capability": "NV-diamond magnetometer elements (Quantum sensors and atomic clocks)", "level_label": "Product line (curated)" }, { "ref": "part:qs-solid-nv-diamond", "level": "curated", "id": "curated:qzabre:1", "label": "Quantum Scanning Tips (QST) and Quantum Diamond Membrane (QDM)", "text": "NV-diamond scanning tips and membranes", "verification": "verified", "url": "https://qzabre.com/", "source": "Company product page (curated)", "date": "2026-10-26", "capability": "Synthetic diamond with 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