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Quantum Sensing

Companies, investors, researchers, programs, events, and papers shaping quantum-enabled measurement.

Fig. 458 · Compass

The field

At a glance

Definition

A source-backed map of the quantum sensing ecosystem, separated from quantum computing and communications.

Field at a glance

Quantum Sensing organizations
53
Quantum Sensing people
12
Upcoming Quantum Sensing events
1
Quantum Sensing programs and funding
10

Who is working on it, and who is paying for it

Organizations in the field

The labs, companies and funders doing the work, and the groups helping it along.

Research and public institutions 5

University of Sydney imageUniversity

The University of Sydney has a rich ecosystem for startups and venture capital opportunities. The university has a dedicated Incubator and…

Funders 25

Show all 25 funders
J2 Ventures imageVenture Capital

Investing in dual-use technologies for national security and commercial innovation.

SOSV imageVenture Capital

Investing in revolutionary deep technology for a better future.

Companies 17

Show all 17 companies

Associations and field builders 3

IEEE imageTrade Organization

Professional association for electrical engineering and computing.

Other organizations 3

Optica imageEvent Organizer

Professional society for optics and photonics.

The names to know

People shaping the field

Showing 12 of 12

Person

Co-founder and CEO of Aquark Technologies, focused on miniaturizing cold-atom quantum systems for sensing applications.

Person

Quantum scientist whose work established core methods and reviews for nanoscale spin sensing and quantum metrology.

Person

Quantum engineer studying spin-based quantum sensing and the role of quantum effects in biological systems.

Person

Experimental physicist working on atomic and optical magnetometry, precision measurement, and tests of fundamental physics.

Person

Experimental atomic physicist working on quantum optics and atomic sensors, including applications in precision measurement.

Person

Pioneer of solid-state quantum sensing using individual spins and nitrogen-vacancy centers in diamond.

Person

Physicist leading programs that translate atom interferometry and quantum sensors from laboratories into navigation, gravity, and other fie…

Person

Quantum physicist studying solid-state spin systems and diamond defects for sensing and quantum technologies.

Person

Founder and CEO of Q-CTRL and a quantum physicist working on quantum control, sensing, and field-deployable navigation.

Person

Physicist working on quantum-enhanced measurements, atomic magnetometry, and sensing with cold atoms and quantum light.

Person

Co-founder of Qnami and professor at the University of Basel working on nanoscale quantum sensing with diamond spin defects.

Person

Quantum physicist developing precision measurement and diamond magnetometry for physical science, navigation, and biomedical applications.

The reading, grouped by topic

Papers in the field

Each paper is counted once. Open a card for its preprint and its published version, where both exist.

Platforms and components 4

Paper

Journal Article

Reviews manufacturable photonic platforms for generating, manipulating, and detecting continuous-variable quantum states used across sensing, communications, and computing.

Authors
Rachel N. Clark, Bethany Puzio et al.
Year
2026
Venue
Nature Photonics
Topic
Platforms and components
Paper

Journal Article

Reviews how controlled molecules can provide enhanced sensitivity to symmetry-violating forces, clocks, and other precision measurements.

Authors
David DeMille, Nicholas R. Hutzler et al.
Year
2024
Venue
Nature Physics
Topic
Platforms and components
Paper

Journal Article

Reviews quantum illumination, reading, imaging, and resolution techniques that use nonclassical light to improve sensing performance.

Authors
Stefano Pirandola, B. Roy Bardhan et al.
Year
2018
Venue
Nature Photonics
Topic
Platforms and components
Paper

Journal Article

A foundational review of quantum sensing protocols, sensitivity limits, physical platforms, and applications based on quantum coherence, control, and readout.

Authors
Christian L. Degen, Friedemann Reinhard, Paola Cappellaro
Year
2017
Venue
Reviews of Modern Physics
Topic
Platforms and components

Commercialization and policy 1

Biomedical sensing and imaging 1

Paper

Journal Article

Reviews optically pumped magnetometers and diamond nitrogen-vacancy sensors for brain imaging, cellular measurement, spectroscopy, thermometry, and diagnostics.

Authors
Nabeel Aslam, Hengyun Zhou et al.
Year
2023
Venue
Nature Reviews Physics
Topic
Biomedical sensing and imaging

Navigation, timing, and gravity 1

Where the field meets

Events and conferences

Upcoming events 1

Conference series 3

Earlier and undated events 3

Showing 3 of 3

Event

Large international quantum engineering conference with sensing-related papers, workshops, tutorials, panels, and exhibitors.

Event

Optica technical meeting on quantum sensing and metrology across devices, imaging, navigation, bioscience, gravity, and field applications.

Event

Industry summit connecting quantum technology developers, supply-chain partners, investors, and end users, including a dedicated quantum se…

Money and ways in

Programs and funding

Programs and fellowships 6

Other funding opportunities 4

What people in the field are saying

Recent writing and talks

Article

NIST explains atomic clocks, magnetometers, single-photon detectors, atom interferometers, electric-field sensors, squeezed light, and the…

Published
Apr 2, 2026
Article

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…

Published
Apr 1, 2026

The field, out loud

Podcasts and episodes

Episodes 4

Shows 2

Podcast

Yuval Boger, Chief Commercial Officer at QuEra, hosts thought leaders in quantum computing, quantum sensing, and quantum communications to…

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