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tunable dye laser

Optogenetics Relies on Multiphoton Microscopy | Imaging & Microscopy - Research, Development, Production

Optogenetics Relies on Multiphoton Microscopy | Imaging & Microscopy - Research, Development, Production

…noise images at these faster sampling speeds. A New Laser Source In response, laser manufacturers have developed a completely different type of tunable ultrafast laser based on ytterbium. The primary output of this laser is continuously tunable from 680 nm - 1300 nm, with short pulsewidth (100 fs)…

Optogenetics Relies on Multiphoton Microscopy | Imaging & Microscopy - Research, Development, Production

Optogenetics Relies on Multiphoton Microscopy | Imaging & Microscopy - Research, Development, Production

…noise images at these faster sampling speeds. A New Laser Source In response, laser manufacturers have developed a completely different type of tunable ultrafast laser based on ytterbium. The primary output of this laser is continuously tunable from 680 nm - 1300 nm, with short pulsewidth (100 fs)…

Optogenetics Relies on Multiphoton Microscopy | Imaging & Microscopy - Research, Development, Production

Optogenetics Relies on Multiphoton Microscopy | Imaging & Microscopy - Research, Development, Production

…noise images at these faster sampling speeds. A New Laser Source In response, laser manufacturers have developed a completely different type of tunable ultrafast laser based on ytterbium. The primary output of this laser is continuously tunable from 680 nm - 1300 nm, with short pulsewidth (100 fs)…

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf

…nm - see figure 4. Figure 4, tuning curve of Chameleon Vision-S This is the largest tuning range provided by a sub -100 fs, GVD pre-compensated tunable laser. The advantages of a broad tuning range in MPE and SHG microscopy are becoming increasingly compelling as red fluorescent proteins become more…

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf

…nm - see figure 4. Figure 4, tuning curve of Chameleon Vision-S This is the largest tuning range provided by a sub -100 fs, GVD pre-compensated tunable laser. The advantages of a broad tuning range in MPE and SHG microscopy are becoming increasingly compelling as red fluorescent proteins become more…

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf

…nm - see figure 4. Figure 4, tuning curve of Chameleon Vision-S This is the largest tuning range provided by a sub -100 fs, GVD pre-compensated tunable laser. The advantages of a broad tuning range in MPE and SHG microscopy are becoming increasingly compelling as red fluorescent proteins become more…

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf

…nm - see figure 4. Figure 4, tuning curve of Chameleon Vision-S This is the largest tuning range provided by a sub -100 fs, GVD pre-compensated tunable laser. The advantages of a broad tuning range in MPE and SHG microscopy are becoming increasingly compelling as red fluorescent proteins become more…

Chameleon Vision S whitepaper.pdf

Chameleon Vision S whitepaper.pdf

…nm - see figure 4. Figure 4, tuning curve of Chameleon Vision-S This is the largest tuning range provided by a sub -100 fs, GVD pre-compensated tunable laser. The advantages of a broad tuning range in MPE and SHG microscopy are becoming increasingly compelling as red fluorescent proteins become more…

Chameleon Vision S whitepaper.pdf

Chameleon Vision S whitepaper.pdf

…nm - see figure 4. Figure 4, tuning curve of Chameleon Vision-S This is the largest tuning range provided by a sub -100 fs, GVD pre-compensated tunable laser. The advantages of a broad tuning range in MPE and SHG microscopy are becoming increasingly compelling as red fluorescent proteins become more…

Bio Photonics - October 2014

Bio Photonics - October 2014

…GECIs), together with the outputs available from the laser source(s). All-optical physiology experiments involving optogenetic methods have been performed using a one-box Ti:sapphire ultrafast laser (Coherent's Chameleon) with an independently tunable OPO to generate the two necessary wavelengths.…

Bio Photonics - October 2014

Bio Photonics - October 2014

…GECIs), together with the outputs available from the laser source(s). All-optical physiology experiments involving optogenetic methods have been performed using a one-box Ti:sapphire ultrafast laser (Coherent's Chameleon) with an independently tunable OPO to generate the two necessary wavelengths.…

Bio Photonics - October 2014

Bio Photonics - October 2014

…GECIs), together with the outputs available from the laser source(s). All-optical physiology experiments involving optogenetic methods have been performed using a one-box Ti:sapphire ultrafast laser (Coherent's Chameleon) with an independently tunable OPO to generate the two necessary wavelengths.…

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