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7 Jul 2024: measurements. The system employs either a pulsed femtosecond laser (for two-photon (2P) measurements) or a supercontinuum laser, for excitation at repetition rates ranging 2-80 MHz. ... Several supercontinuum and fibre laser sources, Nd:YAG lasers,

The simple one-step direct write. fabrication uses a low power picosecond microchip laser for two-photon polymerization with. ... photon polymerization using a picosecond microchip laser. Such arc waveguides have significant advantages in compari-.

22 Jan 2013: spectrum. 04/30/2012. Terahertz microchip could let cell phones see through. walls. ... picosecond fiber laser. LASER BEAM COMBINERS: Apodized combiner. packs in the laser-diode beams.

White light, ranging from 490nm to 1.7µm, produced by a microchip laser and nonlinear photonic crystal fibre was focused onto the nanostructured samples by a 300mm focal length lens, producing ... b) Schematic representation of the sample with φ

White light, ranging from 490nm to 1.7µm, produced by a microchip laser and nonlinear photonic crystal fibre was focused onto the nanostructured samples by a 300mm focal length lens, producing ... b) Schematic representation of the sample with φ

iton laser (11, 12). Polaritons are bosonic quasiparticles, re-sulting from the strong coupling between microcavity photonsand semiconductor excitons (11–21). ... Phys Rev B 85(23):235303.29. Naidoo D, et al. (2011) Transverse mode selection in a

excited by an unpolarised super-continuum light source (emitted by a holey fiber pumped with 1064nm Nd-YAG microchip laser pulses) focused to a 500μm spot. ... sample. λ-filterscreen. camera. θin. lens. (a) (b) (c). Ar-ion laser. sample.

Results and discussionAntireflection. Angularly resolved reflectivity measurements (Fig. 2(a) and (b))were taken with a supercontinuum white-light laser obtainedvia the non-linear dispersion of a passively mode locked1064 microchip ... laser (JDS Uniphase

10 Sep 2010: W.; Washburn, B. R. A phase-stabilized carbon nanotube fiber laser frequency comb. ... X.; Zhang, G.; Moser, M.; Keller, U. 56-ps passively Q-switched diode-pumped microchip laser.

STED uses one laser pulse focusedonto a diffraction-limited spot for fluorophore excitation. ... It has traditionally only been possible using mode-locked femtosecond lasers that compress the high laser powerinto ultrashort fs pulse packets.