Multiphoton microscopy (MPM) has been the subject of major development efforts for about
25 years for imaging biological specimens at micron scale and presented as an elegant …

Biophotonics and nonlinear fiber optics have traditionally been two independent fields.
Since the discovery of fiber‐based supercontinuum generation in 1999, biophotonics …

The advent of compact, high brightness supercontinuum radiation sources employing solid
core photonic crystal fibres is beginning to make an impact across the field of applied …

Many fluorescent proteins are currently available for biological spectroscopy and imaging
measurements, allowing a wide range of biochemical and biophysical processes and …

Compact, high brightness supercontinuum sources have already made a big impact in the
fields of fluorescence microscopy and biomedical imaging techniques, such as optical …

Non-linear optical (NLO) microscopy has proven to be a powerful tool especially for tissue
imaging with sub-cellular resolution, high penetration depth, endogenous contrast …

The deep tissue penetration and submicron spatial resolution of multiphoton microscopy
and the high detection efficiency and nanometer spectral resolution of a spectrograph were …

Nonlinear optical microscopy has been an indispensable laboratory tool of high‐resolution
imaging in thick tissue and live animals. Rapid developments of fibre‐optic components in …

Spectrofluorometric imaging microscopy is demonstrated in a confocal microscope using a
supercontinuum laser as an excitation source and a custom‐built prism spectrometer for …

We employ a genetic algorithm to control a pulse-sha** system pum** a nonlinear
photonic crystal with ultrashort pulses. With this system, we are able to modify the spectrum …