U.S. researchers break precision electron beam polarimetry record

With the precision technique, the researchers were able to measure the spin of electrons (Image: University of Rochester)

With the precision technique, the researchers were able to measure the spin of electrons (Image: University of Rochester)

The record-breaking, high-precision results may make other parity-violation experiments variable at the Jefferson Lab, such as solenoidal large intensity device investigation.

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A microlens array with commercial-level optical quality, 3D-printed using the blurred tomography method

Researchers use blurred light to 3D print optical components

Researchers from the National Research Council of Canada have developed a 3D printing method that can rapidly produce commercial-level optical quality microlenses, making it faster and simpler to design and fabricate a range of optical devices.

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