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titanium sapphire

Microsoft Word - COHR whitepaper whitedwarfmonaco 5 21 2018

Microsoft Word - COHR whitepaper whitedwarfmonaco 5 21 2018

www.coherent.com | tech.sales@coherent.com | 800-527-3786 | 408-764-4983 White Dwarf and Monaco: A Simple, Turnkey Source of 6 J and repetition rates up to 5 MHz, featuring excellent long-term (>40 hours) output stability. Introduction Ytterbium fiber lasers and (MOPA) amplifiers have emerged as…

Coherent Whitepaper - Astrella Tisch Sphere FINAL.pdf

Coherent Whitepaper - Astrella Tisch Sphere FINAL.pdf

A Coherent Whitepaper April 24, 2017
www.coherent.com | tech.sales@coherent.com | 800-527-3786 | 408-764-4983
Figure 1. Experimental set up for 5 fs pulse generation and measurement. The output of a Coherent Astrella amplifier is focused by
a lens (f=1 m) into a 250 m inner-diameter,…

Bio Photonics - May / June 2015

Bio Photonics - May / June 2015

29
BioPhotonics · May/June 2015
Adaptive optics can be used to enhance
peak intensity by shaping the spatial,
temporal and spectral characteristics of
the pulse, revealing never-before-seen
images, as well as achieving ultimate
precision manufacturing.
"With…

Europhotonics - Summer 2018

Europhotonics - Summer 2018

EuroPhotonics Summer 2018 26 traditionally employed titanium:sapphire (Ti:sapphire). For the high-repetition-rate oscillators needed in multiphoton microscopy, both materials provide excellent performance, but the Yb-fiber is better at wavelengths longer than 1 µm. Yb-fiber-based amplifiers also can…

Bio Photonics - April 2018

Bio Photonics - April 2018

22 BioPhotonics · April 2018 22 BioPhotonics · May/June 2017 Multiphoton Microscopy Sets the Standard for Live-Cell Imaging Tunable ultrafast lasers enable 3D imaging and research applications ranging from neuroscience to improved understanding of stem cell transplantation. BY DARRYL MCCOY AND MARCO…

Europhotonics - Autumn 2017

Europhotonics - Autumn 2017

EuroPhotonics Autumn 2017 26 fractions of a second, short pulses can drive highly nonlinear processes. In research, these range from straightforward multiphoton microscopic imaging using low-energy pulses, typically over 100 fs, to cutting-edge phenomena driven by amplified pulses greater than 5 fs…

Bio Optics World - May/June 2014

Bio Optics World - May/June 2014

32 MAY/JUNE 2014 www.BioOpticsWorld.com
N O N L I N E A R M I C R O S C O P Y / L A B E L - F R E E D E E P - T I S S U E I M A G I N G c o n t .
and temporally synchronized. In addition,
one of the CARS wavelengths is typically
around 800 nm, limiting tissue penetration and…

COHR Femtosecond Amplifier Provides Turnkey Access to Extreme Operating Regimes WP.pdf

COHR Femtosecond Amplifier Provides Turnkey Access to Extreme Operating Regimes WP.pdf

A Coherent Whitepaper August 27, 2018 www.coherent.com | tech.sales@coherent.com | 800-527-3786 | 408-764-4983 Femtosecond Amplifier Provides Turnkey Access to Extreme Operating Regimes The superior beam quality and long-term stability of the Astrella regenerative amplifier makes it an ideal turnkey…

whitepaper next gen mpe v3.pdf

whitepaper next gen mpe v3.pdf

A Coherent Whitepaper February 22, 2017 www.coherent.com | tech.sales@coherent.com | 800-527-3786 | 408-764-4983 Multiphoton Imaging: A New Generation of Fiber Lasers Combine Cutting Edge Performance with 24/7 Industrial Reliability Power-scalable ytterbium fiber technology, combined with HALT/HASS…

Lasers | Photonics Handbook®

Lasers | Photonics Handbook®

…used for broadly tunable lasers produce also the shortest mode-locked pulses. The most popular ultrafast laser material is
titanium-doped sapphire or Ti:sapphire, thanks to its large bandwidth and broad tuning range; turnkey commercial Ti:sapphire lasers can deliver pulses as
short as…

Photonics Spectra - March 2018

Photonics Spectra - March 2018

50 Photonics Spectra March 2018 www.photonics.com Ytterbium fiber laser amplifiers encompass one of the most dynamic areas in femtosecond lasers. Recent advances in power and speed are opening doors in scientific research and materials processing, impacting diverse fields spanning multiphoton…

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

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

Until very recently, most laser sources for multiphoton microscopy were based on titanium:sapphire (Ti:S) technology. By
incorporating an optical parametric oscillator (OPO), Ti:S based lasers can provide two independently tunable wavelengths. This is
still the preferred and best source…

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