Media Summary: During the 116th session of the Global NMR Discussion Meetings held on February 24th, 2026, UCLQ researcher Dr Luca Marmugi discusses the motivation behind his work in electromagnetic induction imaging What if we could precisely measure a cell at its most fundamental level? In this episode, we talk

Quantum Sensing Using Optical Readout - Detailed Analysis & Overview

During the 116th session of the Global NMR Discussion Meetings held on February 24th, 2026, UCLQ researcher Dr Luca Marmugi discusses the motivation behind his work in electromagnetic induction imaging What if we could precisely measure a cell at its most fundamental level? In this episode, we talk

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Quantum Sensing using Optical Readout of Single Spins | Prof. Dieter Suter | Session 116
The future of measurement with quantum sensors - with The National Physical Laboratory
Quantum Sensing Explained | SandboxAQ
How can we use atoms and photons as quantum sensors?
Quantum Sensing | Quantum in Defence (Episode 3)
Quantum Sensing Technology – Unlocking New Dimensions | Bosch Future Insights
Using quantum sensors to map conductivity in the heart
The Discovery That Turns Your Cells into Quantum Sensors, with Peter Maurer
All Optical Readout Scheme for Photoluminescence Based Magnetic Field Sensors
Professor Friedemann Reinhard, “Positioning and readout for quantum magnetic field sensors”, Caltech
Q-FARM Seminar presents "Quantum sensing with unlimited optical bandwidth"
Colloquium: Zheshen Zhang - Entanglement-Enhanced Quantum Sensing and Communication
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Quantum Sensing using Optical Readout of Single Spins | Prof. Dieter Suter | Session 116

Quantum Sensing using Optical Readout of Single Spins | Prof. Dieter Suter | Session 116

During the 116th session of the Global NMR Discussion Meetings held on February 24th, 2026,

The future of measurement with quantum sensors - with The National Physical Laboratory

The future of measurement with quantum sensors - with The National Physical Laboratory

What are

Quantum Sensing Explained | SandboxAQ

Quantum Sensing Explained | SandboxAQ

Quantum sensors

How can we use atoms and photons as quantum sensors?

How can we use atoms and photons as quantum sensors?

When atoms absorb photons

Quantum Sensing | Quantum in Defence (Episode 3)

Quantum Sensing | Quantum in Defence (Episode 3)

Quantum sensors

Quantum Sensing Technology – Unlocking New Dimensions | Bosch Future Insights

Quantum Sensing Technology – Unlocking New Dimensions | Bosch Future Insights

Step into the future

Using quantum sensors to map conductivity in the heart

Using quantum sensors to map conductivity in the heart

UCLQ researcher Dr Luca Marmugi discusses the motivation behind his work in electromagnetic induction imaging

The Discovery That Turns Your Cells into Quantum Sensors, with Peter Maurer

The Discovery That Turns Your Cells into Quantum Sensors, with Peter Maurer

What if we could precisely measure a cell at its most fundamental level? In this episode, we talk

All Optical Readout Scheme for Photoluminescence Based Magnetic Field Sensors

All Optical Readout Scheme for Photoluminescence Based Magnetic Field Sensors

Sponsored by IEEE

Professor Friedemann Reinhard, “Positioning and readout for quantum magnetic field sensors”, Caltech

Professor Friedemann Reinhard, “Positioning and readout for quantum magnetic field sensors”, Caltech

The 4th annual

Q-FARM Seminar presents "Quantum sensing with unlimited optical bandwidth"

Q-FARM Seminar presents "Quantum sensing with unlimited optical bandwidth"

Speaker: Avi Pe'er (Bar Ilan University)

Colloquium: Zheshen Zhang - Entanglement-Enhanced Quantum Sensing and Communication

Colloquium: Zheshen Zhang - Entanglement-Enhanced Quantum Sensing and Communication

Quantum

Quantum Sensing based on Nitrogen Vacancies in Diamond Centers

Quantum Sensing based on Nitrogen Vacancies in Diamond Centers

Upon completion of the WOMANIUM 2023