The beam spatial intensity distribution is critical to laser applications both in the scientific
and the industrial fields. Here, a method for beam spatial intensity modification based on …

We propose a novel intra-cavity laser beam shaping technique based on the manipulation of
the transverse gain profile in the laser crystal. The method allows controllable reshaping of a …

We implement Gaussian to flat-top beam shaping in a master oscillator power amplifier
(MOPA) laser system by directing a Gaussian seed laser beam into a side-pumped laser …

This work proposes a method that can be used to control the transverse profile of the optical
intensity distribution of a diode-end-pumped solid-state laser operating with a Gaussian …

We propose the technique for a controllable manipulation of the transverse intensity
distribution of an output beam by the temporal adjustment of a transverse gain profile in a …