Add to ORKGWe demonstrate experimental measurement of phase of the ballistic and near-ballistic component of light transmitted through scattering media. This is done through measurement of transport of intensity of the ballistic component whose strength is measured using polarization gating. The measured phase of the ballistic light is inverted using filtered backprojection algorithm and the reconstructed real refractive index for an optical fiber hidden in a scattering media is presented
ABSTRACT: We present the experimental results for scattering intensity which arises from illuminatio...
The reconstruction of the location and optical properties of objects in turbid media requires the so...
The reconstruction of the location and optical properties of objects in turbid media requires the so...
We demonstrate experimental measurement of phase of the ballistic and near-ballistic component of li...
We describe direct measurement of phase of ballistic photons transmitted through objects hidden in a...
We describe direct measurement of phase of ballistic photons transmitted through objects hidden in a...
A ray tracing based path length calculation is investigated for polarized light transport in a pixel...
Experimental work in turbid media has shown that transillumination images can be significantly impro...
A ray tracing based path length calculation is investigated for polarized light transport in a pixel...
Ballistic light, i.e., radiation that propagates undeflected through a turbid medium, undergoes a sm...
We discuss theoretical, experimental and numerical aspects of several new techniques for quantitativ...
We describe the amplitude and resolution trends of the signals acquired by turbidity suppression thr...
Near-IR optical tomography is thwarted by the highly scattering nature of light propagation in tissu...
We study by means of experiments and Monte Carlo simulations, the scattering of light in random medi...
The purpose of this thesis is to retrieve the three-dimensional amplitude and phase of objects using...
ABSTRACT: We present the experimental results for scattering intensity which arises from illuminatio...
The reconstruction of the location and optical properties of objects in turbid media requires the so...
The reconstruction of the location and optical properties of objects in turbid media requires the so...
We demonstrate experimental measurement of phase of the ballistic and near-ballistic component of li...
We describe direct measurement of phase of ballistic photons transmitted through objects hidden in a...
We describe direct measurement of phase of ballistic photons transmitted through objects hidden in a...
A ray tracing based path length calculation is investigated for polarized light transport in a pixel...
Experimental work in turbid media has shown that transillumination images can be significantly impro...
A ray tracing based path length calculation is investigated for polarized light transport in a pixel...
Ballistic light, i.e., radiation that propagates undeflected through a turbid medium, undergoes a sm...
We discuss theoretical, experimental and numerical aspects of several new techniques for quantitativ...
We describe the amplitude and resolution trends of the signals acquired by turbidity suppression thr...
Near-IR optical tomography is thwarted by the highly scattering nature of light propagation in tissu...
We study by means of experiments and Monte Carlo simulations, the scattering of light in random medi...
The purpose of this thesis is to retrieve the three-dimensional amplitude and phase of objects using...
ABSTRACT: We present the experimental results for scattering intensity which arises from illuminatio...
The reconstruction of the location and optical properties of objects in turbid media requires the so...
The reconstruction of the location and optical properties of objects in turbid media requires the so...