Light is a powerful tool to non-invasively probe highly scattering media for clinical
applications ranging from oncology to neurology, but also for molecular imaging, and quality …

We present a proof of concept prototype of a time-domain diffuse optics probe exploiting a
fast Silicon PhotoMultiplier (SiPM), featuring a timing resolution better than 80 ps, a fast tail …

A mechanically switchable solid inhomogeneous phantom simulating localized absorption
changes was developed and characterized. The homogeneous host phantom was made of …

We characterized the single-photon timing response function of various silicon
photomultipliers (SiPMs) over a broad (500-1100 nm) spectral range. We selected two SiPM …

Neuroimaging studies have shown neuromuscular electrical stimulation (NMES)-evoked
movements activate regions of the cortical sensorimotor network, including the primary …

In this work, we have tested the optimal estimation (OE) algorithm for the reconstruction of
the optical properties of a two-layered liquid tissue phantom from time-resolved single …

Inks are the most common absorbers added in phantoms for biomedical optics experiments.
Due to the small quantities required, it is usual to prepare dilutions in distilled water and to …

The development of a national reference instrument dedicated to the measurement of the
scattering and absorption properties of solid tissue-mimicking phantoms used as reference …

We developed a novel scanning system that relies on gated detection of late photons at
short source-detector separation, enabling the recording of absorption changes in deep …

Dynamic mapping of the human brain by time-resolved near-infrared-spectroscopy (trNIRS),
or functional NIRS (fNIRS), is based on the injection of picosecond or sub-nanosecond laser …