Time-Resolved Diffusing Wave Spectroscopy for selected photon paths
  beyond 300 transport mean free paths

Bizheva; Boas; Boas; Chernomordik; Cheung; Cowan; D. Ettori; E. Tinet; Firbank; H. L. Nghiêm; Heckmeier; Hunter; J.-M. Tualle; Jobsis; Kienle; Kienle; Liebert; M. Cheikh; Maret; Pine; S. Avrillier; Stephen; Tinet; Torricelli; Tualle; Tualle; Tualle; Wigner; Wu

research

Time-Resolved Diffusing Wave Spectroscopy for selected photon paths beyond 300 transport mean free paths

Authors: Bizheva
Boas
Boas
Chernomordik
Cheung
Cowan
D. Ettori
E. Tinet
Firbank
H. L. Nghiêm
Heckmeier
Hunter
J.-M. Tualle
Jobsis
Kienle
Kienle
Liebert
M. Cheikh
Maret
Pine
S. Avrillier
Stephen
Tinet
Torricelli
Tualle
Tualle
Tualle
Wigner
Wu
Publication date: 8 April 2005
Publisher: 'The Optical Society'
Doi

Abstract

This paper is devoted to the theoretical and experimental demonstration of the possibility to perform time-resolved diffusing wave spectroscopy: we successfully registered field fluctuations for selected photon path lengths that can overpass 300 transport mean free paths. Such a performance opens new possibilities for biomedical optics applications.Comment: 12 pages, 3 figure