Study of Skyrmion - Quantum Diamond NV-center AFM Applications

Study of Skyrmion - Quantum Diamond NV-center AFM Applications

Researchers aim to study new materials and to prepare skyrmion that is stable at room temperature with zero fields, small in size, and easy to manipulate. Diamond nitrogen-vacancy (NV) center scanning probe microscopy (SPM) is well suited for high-resolution quantitative magnetic imaging of skyrmions at room temperature.

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Hearing the Sound of Light - Applications of Lock-in Amplifiers in Photoacoustic Spectroscopy

Hearing the Sound of Light - Applications of Lock-in Amplifiers in Photoacoustic Spectroscopy

The photoacoustic signal is generated by a much smaller pressure signal converted from very small heat (released by atomic or molecular relaxation). The detection of such extremely weak signals necessarily cannot be done without lock-in amplifiers.

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Advanced Quantum Experimental Platform - Quantum Diamond Single Spin Spectroscopy Applications

Advanced Quantum Experimental Platform - Quantum Diamond Single Spin Spectroscopy Applications

With the in-depth exploration of magnetic detection technology, CIQTEK independently produced and developed a quantum diamond single spin spectroscopy, based on the spectroscopic technology of nitrogen-vacancy system in doped diamond.

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NV-center Scanning Probe Microscopy in Antiferromagnetism - Quantum Diamond NV-AFM Application

NV-center Scanning Probe Microscopy in Antiferromagnetism - Quantum Diamond NV-AFM Application

Antiferromagnetism is a magnetic property of a material in which the magnetic moments are arranged in an antiparallel staggered order and do not exhibit a macroscopic net magnetic moment.

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