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Tag: optical clock
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Advancing Fourier transform ultrafast spectroscopy with Moku:Pro
Introduction Fourier transform ultrafast spectroscopy (FTUS) is a powerful technique that has revolutionized the way scientists capture and analyze spectra with exceptional speed and precision. By employing the principles of Fourier transform, FTUS efficiently dissects intricate signals into their frequency components by employing an interference approach with a reference signal. This method allows for the…
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Driving a new wave of cell sorting innovation at NanoCellect with Moku:Lab
Introduction NanoCellect Biomedical specializes in the development of innovative cell analysis and sorting solutions. Leveraging its proprietary microfluidic technology, NanoCellect is revolutionizing the field of cell biology by providing researchers and clinicians with user-friendly, high-throughput options for cell analysis, sorting, and isolation. By empowering researchers with reliable and flexible tools, NanoCellect is driving advancements in…
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Advancing optical clock performance with Moku:Pro
Introduction Humboldt University of Berlin is a prestigious public institution in Germany with a long history of supporting leading-edge scientific research. The university is linked to countless major breakthroughs in physics, and its impressive roster of faculty alumni includes none other than Albert Einstein. Julien Kluge, a Ph.D. candidate in the Joint Lab Integrated Quantum…
