CORDIS Project
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This project focuses on developing a method for precise optical phase measurement using novel sources of non-classical light. By employing broadband squeezed light and ultrafast two-photon detection, it aims to surpass classical limits in resolution and speed, enhancing applications in fields like optical communication…
Accurate phase measurement lies at the heart of precision experimental physics. I propose a scheme for precise measurement of optical phase beyond the classical limit, using novel sources of non-classical light.
The phase resolution of standard interferometers with coherent laser light is limited by shot noise to one over the square root of the total number of photons detected.
Ultimately, the limit is the Heisenberg limit of one over the total photons number, which holds promise for a dramatic…
BAR ILAN UNIVERSITY
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