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Quantum Approach Measures Optical Molecular Activity With Precision

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Quantum optical rotatory dispersion, a technique that uses quantum methods to differentiate and measure molecules when light passes through chiral media, could offer a precise way to measure intricate molecular properties, even when low light or a low concentration of the molecule is used. An illustration of the quantum measurement of optical rotatory dispersion. Courtesy of Ralf Erlinger. Using multi-wavelength entangled photon pairs, researchers at Macquarie University and the University of Vienna measured the optical activity and optical rotatory dispersion exhibited by a solution...Read full article

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