Quinacridone stands out among many optical materials, because it possesses a large π-
conjugated system, remarkable photothermal stability, excellent semiconductor property …

When a low-power, monochromatic Gaussian beam is focused by a thin lens in air and the
waist of the beam is in the plane of the lens, there is a shift of the focus position if the waist of …

This paper presents a novel target positioner system that exhibits high sensitivity and
accuracy. Specifically, the system is capable of precisely locating rough target surfaces …

In this work, we present a commercial CMOS (Complementary Metal Oxide Semiconductor)
Raspberry Pi camera implemented as a Near-Infrared detector for both spatial and temporal …

In this work, the DC two-photon absorption signal offset (\rmDC_\rmTPA DC_TPA) and the
amplitude of the autocorrelation (\rmA_\rmAC A_AC) are measured simultaneously around …

We present a new technique that we have defined as the z-scan confocal method to
determine the location and size of the focal spot in a tightly focused ultrashort laser pulse …

In this paper, the temporal and spatial intensity pulse distributions are calculated around the
focal region of an optical system using a combination of ray tracing and a wave propagation …

Femtosecond pulse broadening and group velocity dispersion (GVD) were measured using
a second-order interferometric autocorrelation technique. Two reference laser pulses of 36 …

Novel technique for 2D temporal femtosecond laser pulses characterization Page 1 Novel
technique for 2D temporal femtosecond laser pulses characterization Alfredo A. Bravo-Hernández …

In this paper, we study the nonlinear optical properties of thin-film phthalocyanine coatings
based on the developed femtosecond hardware-software complex Z-scan. As a control of …