Government AgencyUS advanced research agency.
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Companies, investors, researchers, programs, events, and papers shaping quantum-enabled measurement.
Understand the field
Definition
A source-backed map of the quantum sensing ecosystem, separated from quantum computing and communications.
Field at a glance
Institutes, funders, companies, and communities
Explore the groups working directly in this area and those helping it develop.
Government AgencyUS advanced research agency.
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Government AgencyUS measurement science and standards agency.
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Research InstituteJapanese national institute for quantum science and technology.
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Research InstituteUnited Kingdom national program for quantum technology translation.
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The University of Sydney has a rich ecosystem for startups and venture capital opportunities. The university has a dedicated Incubator and…
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Grant MakerUS federal funder of science and engineering research.
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Venture CapitalInvesting in the future of mobility.
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Venture CapitalLeveraging the power of generations to shape tomorrow
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Venture CapitalVenture capital for high-tech startups in Bavaria.
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Venture CapitalInvesting in Australia's defense and space innovation.
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Venture CapitalBacking scientific founders from university innovation.
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Venture CapitalInvesting in exceptional founders and innovative startups.
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Venture CapitalImpact-led venture capital for global challenges.
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Venture CapitalInvesting in deep tech for global impact.
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Venture CapitalInvesting in dual-use technologies for national security and commercial innovation.
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Venture CapitalInvesting in deep tech for a prosperous future.
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Venture CapitalEmpowering deep tech startups for global impact.
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Venture CapitalInvesting in frontier technologies for transformative impact.
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Venture CapitalInvesting in the future of quantum technology.
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Venture CapitalInvesting in the future of quantum technologies.
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Venture CapitalInvesting in the future of quantum technology.
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Venture CapitalBridging global deeptech innovation with MENA market opportunities.
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Venture CapitalInvesting in the future of deep-tech innovation.
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Venture CapitalInvesting in early-stage tech companies globally.
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Venture CapitalInvesting in revolutionary deep technology for a better future.
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Venture CapitalInvesting in the future of the Midwest.
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Venture CapitalTransforming research into marketable innovations.
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Venture CapitalInvesting in deep tech startups across Europe.
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Venture CapitalInvesting in scalable climate tech solutions.
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StartupAtom-optics sensors for precision navigation and gravity measurement.
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StartupMiniaturized cold-atom quantum sensing.
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StartupWearable quantum magnetoencephalography.
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StartupQuantum gravity sensing for subsurface intelligence.
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StartupDiamond quantum sensing for magnetic-field detection.
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StartupQuantum positioning systems designed to work without GPS.
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StartupNeutral-atom quantum systems for sensing, timing, and computing.
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StartupChip-scale quantum sensors for timing, navigation, and measurement.
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StartupField-deployable quantum gravity and inertial sensors.
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StartupQuantum-enhanced metabolic imaging for oncology.
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StartupQuantum control infrastructure and field-validated quantum navigation.
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StartupQuantum lidar for industrial greenhouse-gas measurement.
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StartupScanning quantum microscopes based on diamond spin sensors.
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StartupDiamond quantum microscopy for semiconductor diagnostics.
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StartupDiamond quantum magnetometers for navigation and geophysics.
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StartupSuperconducting single-photon detectors and quantum measurement systems.
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StartupQuantum sensors and clocks for positioning, navigation, and timing.
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Trade OrganizationProfessional association for electrical engineering and computing.
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Trade OrganizationIndustry consortium for the quantum technology ecosystem.
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AcceleratorEmpowering technology startups in Europe.
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Event OrganizerProfessional society for optics and photonics.
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Private EquityInvesting in technology and innovation.
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OtherInvesting in disruptive technologies for a sustainable future.
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Researchers, founders, funders, and other contributors
Showing 12 of 12
Co-founder and CEO of Aquark Technologies, focused on miniaturizing cold-atom quantum systems for sensing applications.
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Quantum scientist whose work established core methods and reviews for nanoscale spin sensing and quantum metrology.
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Quantum engineer studying spin-based quantum sensing and the role of quantum effects in biological systems.
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Experimental physicist working on atomic and optical magnetometry, precision measurement, and tests of fundamental physics.
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Experimental atomic physicist working on quantum optics and atomic sensors, including applications in precision measurement.
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Pioneer of solid-state quantum sensing using individual spins and nitrogen-vacancy centers in diamond.
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Physicist leading programs that translate atom interferometry and quantum sensors from laboratories into navigation, gravity, and other fie…
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Quantum physicist studying solid-state spin systems and diamond defects for sensing and quantum technologies.
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Founder and CEO of Q-CTRL and a quantum physicist working on quantum control, sensing, and field-deployable navigation.
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Physicist working on quantum-enhanced measurements, atomic magnetometry, and sensing with cold atoms and quantum light.
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Co-founder of Qnami and professor at the University of Basel working on nanoscale quantum sensing with diamond spin defects.
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Quantum physicist developing precision measurement and diamond magnetometry for physical science, navigation, and biomedical applications.
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Curated research and analysis, grouped by topic
Each work is counted once. Expand a card to see its preprint and published versions where both are available.
Journal Article
Reviews manufacturable photonic platforms for generating, manipulating, and detecting continuous-variable quantum states used across sensing, communications, and computing.
Journal Article
Reviews how controlled molecules can provide enhanced sensitivity to symmetry-violating forces, clocks, and other precision measurements.
Journal Article
Reviews quantum illumination, reading, imaging, and resolution techniques that use nonclassical light to improve sensing performance.
Journal Article
A foundational review of quantum sensing protocols, sensitivity limits, physical platforms, and applications based on quantum coherence, control, and readout.
Preprint
Surveys the path from laboratory quantum-sensing principles to products, with attention to platforms, applications, engineering constraints, and commercialization.
Journal Article
Reviews optically pumped magnetometers and diamond nitrogen-vacancy sensors for brain imaging, cellular measurement, spectroscopy, thermometry, and diagnostics.
Journal Article
Explains how atom interferometers are moving into portable systems for gravity, geophysics, navigation, civil engineering, resource exploration, and fundamental physics.
Gatherings connected to this sector
QST international symposium with dedicated sessions on quantum sensing, quantum life science, materials, interfaces, and commercialization.
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Technical conference series covering quantum-enhanced sensing, imaging, timing, metrology, gravimetry, magnetometry, and biomedical applica…
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International symposium organized by QST that brings together quantum sensing, quantum life science, materials, industry, and policy.
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Annual international conference on quantum computing and engineering with technical papers, workshops, tutorials, panels, and exhibits span…
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Showing 3 of 3
Sep 13, 2026
Large international quantum engineering conference with sensing-related papers, workshops, tutorials, panels, and exhibitors.
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Jul 12, 2026
Optica technical meeting on quantum sensing and metrology across devices, imaging, navigation, bioscience, gravity, and field applications.
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Jun 16, 2026
Industry summit connecting quantum technology developers, supply-chain partners, investors, and end users, including a dedicated quantum se…
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Explore programs and grants
RoQS funds compact, field-ready quantum sensors and tests their resistance to vibration, electromagnetic interference, and other dynamic op…
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A staged prize challenge supporting multidisciplinary teams that adapt quantum-enabled sensing and imaging systems for diagnostics, monitor…
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QuSeC-TAQS supports high-risk, interdisciplinary work that translates quantum information science discoveries into scalable sensors and sen…
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QEPNT connects industry, academia, and government to develop quantum clocks and inertial sensors that reduce dependence on satellite naviga…
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Q-BIOMED develops quantum sensors for medical imaging, in-vitro diagnostics, surgical treatment, and basic biomedical research.
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QuSIT brings together researchers and industry partners to translate quantum sensing, imaging, and timing systems into practical applicatio…
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Articles and videos connected to this sector
NIST explains atomic clocks, magnetometers, single-photon detectors, atom interferometers, electric-field sensors, squeezed light, and the…
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QED-C estimates the global quantum sensing market at about $470 million in 2025 and $1.1 billion in 2028, with defense and government deman…
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DARPA launched the first phase of RoQS to build compact quantum sensors and test them on a dynamic defense platform.
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Conversations connected to the field
Episode overviewThis episode of The New Quantum Era features a conversation with Quantum Brilliance co‑founder and CEO Mark Luo and indepen…
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Dr. Eli Levenson-Falk joins Sebastian Hassinger, host of The New Quantum Era to discuss his group’s recent advances in quantum measurement…
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Andrei Dragomir, CEO of Aquark Technologies, is interviewed by Yuval Boger. His company, emerging from the University of Southampton, focus…
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Scott Faris, CEO of Infleqtion, is interviewed by Yuval Boger. Scott and Yuval talk about Infleqtion's broad product portfolio, CEO tips fo…
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Your host, Sebastian Hassinger, interviews brilliant research scientists, software developers, engineers and others actively exploring the…
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Yuval Boger, Chief Commercial Officer at QuEra, hosts thought leaders in quantum computing, quantum sensing, and quantum communications to…
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