New paper on modeling photon propagation for optical imaging

Our paper on incorporating reflection boundary conditions in the radiative transport equation for modeling photon transport has been accepted for publication in Biomedical Optics Express.  Computational studies show that method yields an average of 84% more accurate estimate of the optical coefficients in comparison to when the reflection boundary conditions are not modeled!

This paper continues our work on developing a new Neumann-series formalism for modeling photon propagation in tissue, as summarized here.

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