Previously, we proposed a polarimetric method, that exploits the Brewster-reflection with the final goal of application to the human eye (reflection off the eye lens) for non-invasive glucose sensing. The linearly polarized reflected light of this optical scheme is rotated by the glucose molecules present in the aqueous humor, thus carries the blood glucose concentration information. A proof-of-concept experimental bench-top setup is presented, applying a multi-wavelength true phase measurement approach and a rotating phase retarder as an analyzer to measure the very small rotation angles and the complete polarization state of the measurement light.
Polarimetric glucose sensing using Brewster reflection applying a rotating retarder analyzer / Beckle, S.; Rovati, Luigi; Ansari, R. R.. - STAMPA. - 5143:(2003), pp. 114-125. (Intervento presentato al convegno SPIE photonic west tenutosi a Munich, deu nel Gennaio).
Polarimetric glucose sensing using Brewster reflection applying a rotating retarder analyzer
ROVATI, Luigi;
2003
Abstract
Previously, we proposed a polarimetric method, that exploits the Brewster-reflection with the final goal of application to the human eye (reflection off the eye lens) for non-invasive glucose sensing. The linearly polarized reflected light of this optical scheme is rotated by the glucose molecules present in the aqueous humor, thus carries the blood glucose concentration information. A proof-of-concept experimental bench-top setup is presented, applying a multi-wavelength true phase measurement approach and a rotating phase retarder as an analyzer to measure the very small rotation angles and the complete polarization state of the measurement light.Pubblicazioni consigliate
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