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Optical trapping uses laser light pressure to manipulate nanoscale particles and measure tiny forces. When combined with NV-center nanodiamonds, which sense magnetic fields, electric fields, and temperature, optical trapping experiments gain enhanced positioning control and multimodal sensing capabilities.
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Demonstrating repeatable one-picometer movement and precise measurement with a piezo nanopositioner, this technology supports high-precision applications such as atomic force microscopy and large-baseline measurements requiring exceptional positioning accuracy.
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Demonstrates the Nano-MTA2's ability to achieve extremely small, measurable 25-nanoradian steps, enabled by the low-noise and high-resolution capabilities of PicoQ® sensors.
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Extreme metrology applications involve countless unknown variables, making proven instrumentation essential. Reliable, validated equipment helps eliminate uncertainty, deliver consistent performance, and ensure accurate results in demanding measurement environments where precision is critical.
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