Although self-reconstructing beams have been the focus of many scientific studies over the
past decade, hardly anything is known about their propagation and self-healing behaviour in …

One of main challenges in light-sheet microscopy is to design the light-sheet as extended
and thin as possible-extended to cover a large field of view, thin to optimize resolution and …

It is understood from the conical wave picture that Bessel beams may self-heal after certain
opaque obstructions, but the extrapolation to transparent phase screens is not self-evident …

The self-healing ability of radially Airy beam is studied both in simulation and experiment.
Results show that the self-healing ability has a close relation with the size of broken part …

Bessel beam propagation in scattering media is simulated using the angular spectrum
method combined with slice-by-slice propagation model. Generating Bessel beams with a …

Laser pulses with picosecond and femtosecond durations are now indispensable tools in
many scientific disciplines. These ultrashort pulses provide unique temporal resolutions for …

Techniques for optical trapping and micromanipulation, as well as precision drilling, have
resulted from the ability to generate different types of Bessel beams. A standard method for …

Turbulence remains a major challenge for applications that rely on laser beam transmission
through the atmosphere. The properties of laser beams are susceptible to degradation due …

Özet Femtosaniye lazerlerin darbe süreleri, metallerin ısıl difüzyon sürelerinden daha kısa
olduğundan, dağlama işleminde ısınma ve kayıplar azaltılabilmekte, düşük boyutlarda …

In this thesis, the propagation of Bessel beam in tissue and its potential advantages were
explored numerically and experimentally. In the numerical simulations, the Monte Carlo …