Keywords

Diffraction, non diffracting beams, bessel beams, ultrafast laser, ultrafast science, filamentation, laser plasma, remote radio frequency generation, energy projection, waveguiding, nonlinear optics, axicon, phase plate, radio frequency measurement, fresnel diffraction

Abstract

Continuing advances in laser and photonic technology has seen the development of lasers with increasing power and increasingly short pulsewidths, which have become available over an increasing range of wavelengths. As the availability of laser sources grow, so do their applications. To make better use of this improving technology, understanding and controlling laser propagation in free space is critical, as is understanding the interaction between laser light and matter. The need to better control the light obtained from increasingly advanced laser sources leads to the emergence of beam engineering, the systematic understanding and control of light through refractive media and free space. Beam engineering enables control over the beam shape, energy and spectral composition during propagation, which can be achieved through a variety of means. In this dissertation, several methods of beam engineering are investigated. These methods enable improved control over the shape and propagation of laser light. Laser-matter interaction is also investigated, as it provides both a means to control the propagation of pulsed laser light through the atmosphere, and provides a means to generation remote sources of radiation.

Notes

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Graduation Date

2013

Semester

Spring

Advisor

Richardson, Martin

Degree

Doctor of Philosophy (Ph.D.)

College

College of Sciences

Department

Physics

Degree Program

Physics

Format

application/pdf

Identifier

CFE0004650

URL

http://purl.fcla.edu/fcla/etd/CFE0004650

Language

English

Release Date

May 2018

Length of Campus-only Access

5 years

Access Status

Doctoral Dissertation (Campus-only Access)

Subjects

Dissertations, Academic -- Sciences, Sciences -- Dissertations, Academic

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