CFEL-ULOCM

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2017-03-15
11:11
OpenAccess [PUBDB-2017-01377] Journal Article
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Energetic Ultrafast Fiber Laser Scources Tunable in 1030-1215 nm for Deep Tissue Multi-Photon Microscopy
Optics express 25(6), 6822 - 6831 (2017) [10.1364/OE.25.006822]  GO
ddc:530
We demonstrate an energy scalable approach to implement ultrafast fiber laser sources suitable for deep tissue multi-photon microscopy imaging. Enabled by fiber-opticnonlinearities (dominated by self-phase modulation), these unique ultrafast sources produce nearly transform-limited pulses of 50-90 fs in duration with the center wavelength tunable inthe wavelength range of 1030-1215 nm. [...]
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2017-01-05
14:53
OpenAccess [PUBDB-2017-00199] Book/Report/Dissertation / PhD Thesis

Advanced ultrafast fiber laser sources enabled by fiber nonlinearities
[DESY-THESIS-2017-020]
DESY-THESIS 132 pp. (2017) [10.3204/PUBDB-2017-00199] = Universität Hamburg, Diss., 2016  GO
Development of high power/energy ultrafast fiber lasers for scientific research and industrial applications is one of the most exciting fields in ultrafast optics. This thesis demonstrated newmeans to improve two essential properties—which are indispensable for novel applications such as high-harmonic generation (HHG) and multiphoton microscopy (MPM)—of anultrafast fiber laser system: energy scaling capability and wavelength tunability. [...]
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2016-11-30
12:30
OpenAccess [PUBDB-2016-05753] Conference Presentation
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SPM-enabled fiber laser source beyond 1.2 $\mu$m
Advanced Solid State Lasers conference, ASSL, Meeting locationBoston, Massachusetts, USA, 30 Oct 2016 - 3 Nov 20162016-10-302016-11-03
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Using a home-built, 500-nJ Yb-fiber laser system and large mode area fibers, we demonstrate that SPM-enabled ultrafast fiber source can generate ultrashort pulses with 16.5-nJ pulse energies at 1225 nm..
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2016-11-15
15:01
OpenAccess [PUBDB-2016-05243] Conference Presentation
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Addressing spectral narrowing in cryogenic Yb:YAG: a 10 mJ cryogenic Yb:YLF regenerative amplifier
Advanced Solid State Lasers Conference, ASSL 2016, Meeting locationBoston, USA, 30 Oct 2016 - 3 Nov 20162016-10-302016-11-03
We report a Yb:YLF based 10 mJ-class cryogenically-cooled regenerative amplifier with 2.1 nm FWHM spectral bandwidth. This system demonstrates the feasibility of high energy, sub-ps cryogenic lasers as an alternative to room temperature Yb:YAG..
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