Most multiphoton imaging has been undertaken using tuneable femtosecond Ti:Sapphire lasers which are large, expensive and require a level of laser expertise to operate. Although new commercial, computer controlled systems are becoming available they are still complex instruments. We report on the development of a range of novel laser sources for multiphoton microscopy based upon optically pumped semiconductor materials
Multiphoton laser-scanning microscopy is still developing rapidly, both technologically and by broad...
Second harmonic generation microscopy is used to image interfaces or non-centrosymmetric structures ...
Since the first demonstration of multiphoton microscopy in 1990, the multiphoton microscope has foun...
In conventional confocal microscopes a visible light source is required that is well matched to the ...
Multiphoton microscopy is commonly used as a tool in biological and material science. Using a high p...
The illumination source for all high-resolution, optical sectioning, scanning microscopes is crucial...
The motivation of this thesis was to develop efficient and improved optical excitation sources for a...
Multiphoton imaging (MMPI) has become one of thee key non-invasive light microscopy techniques. This...
We use an ultrafast diode-pumped semiconductor disk laser (SDL) to demonstrate several applications ...
International audienceCommercial multiphoton microscopes currently include standard and bulk titaniu...
We demonstrate energy scalable fiber-laser based sources that produce sub-100 fs pulses widely tunab...
We demonstrate a compact, pulsed diode laser source suitable for multiphoton microscopy of biologica...
International audienceWe present a multiphoton microscope using a Cr4 + :forsterite femtosecond lase...
International audienceWe demonstrate the benefit of a novel laser strategy in multiphoton microscopy...
The advent of confocal laser scanning microscopy revolutionized the field of fluorescent imaging. I...
Multiphoton laser-scanning microscopy is still developing rapidly, both technologically and by broad...
Second harmonic generation microscopy is used to image interfaces or non-centrosymmetric structures ...
Since the first demonstration of multiphoton microscopy in 1990, the multiphoton microscope has foun...
In conventional confocal microscopes a visible light source is required that is well matched to the ...
Multiphoton microscopy is commonly used as a tool in biological and material science. Using a high p...
The illumination source for all high-resolution, optical sectioning, scanning microscopes is crucial...
The motivation of this thesis was to develop efficient and improved optical excitation sources for a...
Multiphoton imaging (MMPI) has become one of thee key non-invasive light microscopy techniques. This...
We use an ultrafast diode-pumped semiconductor disk laser (SDL) to demonstrate several applications ...
International audienceCommercial multiphoton microscopes currently include standard and bulk titaniu...
We demonstrate energy scalable fiber-laser based sources that produce sub-100 fs pulses widely tunab...
We demonstrate a compact, pulsed diode laser source suitable for multiphoton microscopy of biologica...
International audienceWe present a multiphoton microscope using a Cr4 + :forsterite femtosecond lase...
International audienceWe demonstrate the benefit of a novel laser strategy in multiphoton microscopy...
The advent of confocal laser scanning microscopy revolutionized the field of fluorescent imaging. I...
Multiphoton laser-scanning microscopy is still developing rapidly, both technologically and by broad...
Second harmonic generation microscopy is used to image interfaces or non-centrosymmetric structures ...
Since the first demonstration of multiphoton microscopy in 1990, the multiphoton microscope has foun...