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Quantum Diamond Microscope
from Quantum Catalyzer
The quantum diamond microscope offers wide-field imaging of magnetic fields with highest sensitivity. It uses a nitrogen-doped diamond chip to simultaneously image the magnetic fields of a sample over a large area. The user-friendly benchtop system can measure both, the strength and orientation of the local field in real time.
The Quantum Diamond Microscope is the first system to combine the sensitivity of NV-center based measurement technology with a wide-field microscope. Magnetic domains, the flow of currents in electrical components, the distribution of minerals in rocks or even single cells in blood can be detected in real time. It is suitable for any application that requires precise measurement of the local field distribution over a large area.
FEATURES
- Wide field of view of 4 x 4 mm2
- Correlative magnetic and optical measurement
- Nanotesla sensitivity
- Measurement of the field vector in addition to the field strength
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Paleomagnetism
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Biomagnetism
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