Jeremy D Rogers
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Explore the profile of Jeremy D Rogers including associated specialties, affiliations and a list of published articles.
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47
Citations
777
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Recent Articles
21.
Marcelino L, Westneat M, Stoyneva V, Henss J, Rogers J, Radosevich A, et al.
PLoS One
. 2013 May;
8(4):e61492.
PMID: 23630594
Calcium carbonate skeletons of scleractinian corals amplify light availability to their algal symbionts by diffuse scattering, optimizing photosynthetic energy acquisition. However, the mechanism of scattering and its role in coral...
22.
Yi J, Radosevich A, Rogers J, Norris S, Capoglu I, Taflove A, et al.
Opt Express
. 2013 Apr;
21(7):9043-59.
PMID: 23571994
Exploration of nanoscale tissue structures is crucial in understanding biological processes. Although novel optical microscopy methods have been developed to probe cellular features beyond the diffraction limit, nanometer-scale quantification remains...
23.
Radosevich A, Yi J, Rogers J, Backman V
Opt Lett
. 2012 Dec;
37(24):5220-2.
PMID: 23258058
Which range of structures contributes to light scattering in a continuous random media, such as biological tissue? In this Letter, we present a model to study the structural length-scale sensitivity...
24.
Radosevich A, Rogers J, Capoglu I, Mutyal N, Pradhan P, Backman V
J Biomed Opt
. 2012 Nov;
17(11):115001.
PMID: 23123973
ABSTRACT. We present an open source electric field tracking Monte Carlo program to model backscattering in biological media containing birefringence, with computation of the coherent backscattering phenomenon as an example....
25.
Mutyal N, Radosevich A, Gould B, Rogers J, Gomes A, Turzhitsky V, et al.
Opt Express
. 2012 Oct;
20(18):19643-57.
PMID: 23037017
Low-coherence enhanced backscattering (LEBS) spectroscopy is an angular resolved backscattering technique that is sensitive to sub-diffusion light transport length scales in which information about scattering phase function is preserved. Our...
26.
Strasser S, Shekhawat G, Rogers J, Dravid V, Taflove A, Backman V
Opt Lett
. 2012 Feb;
37(4):506-8.
PMID: 22344088
Quantification of intracellular nanoscale macromolecular density distribution is a fundamental aspect to understanding cellular processes. We report a near-field penetrating optical microscopy (NPOM) technique to directly probe the internal nanoscale...
27.
Radosevich A, Mutyal N, Turzhitsky V, Rogers J, Yi J, Taflove A, et al.
Opt Lett
. 2011 Dec;
36(24):4737-9.
PMID: 22179867
In this Letter, we describe an easy to implement technique to measure the spatial backscattering impulse-response at length scales shorter than a transport mean free path with resolution of better...
28.
Measurement of optical scattering properties with low-coherence enhanced backscattering spectroscopy
Turzhitsky V, Radosevich A, Rogers J, Mutyal N, Backman V
J Biomed Opt
. 2011 Jul;
16(6):067007.
PMID: 21721828
Low-coherence enhanced backscattering (LEBS) is a depth selective technique that allows noninvasive characterization of turbid media such as biological tissue. LEBS provides a spectral measurement of the tissue reflectance distribution...
29.
Rogers J, Stoyneva V, Turzhitsky V, Mutyal N, Pradhan P, Capoglu I, et al.
Opt Express
. 2011 Jul;
19(13):11922-31.
PMID: 21716426
Enhanced backscattering (EBS), also known as weak localization of light, is derived using the Huygens-Fresnel principle and backscattering is generally shown to be the sum of an incoherent baseline and...
30.
Capoglu I, White C, Rogers J, Subramanian H, Taflove A, Backman V
Opt Lett
. 2011 May;
36(9):1596-8.
PMID: 21540939
Rigorous numerical modeling of optical systems has attracted interest in diverse research areas ranging from biophotonics to photolithography. We report the full-vector electromagnetic numerical simulation of a broadband optical imaging...