Spin and surface textures in nanophotonics

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Abstract/Contents

Abstract: Light carries information on its multiple degrees of freedom, underlying a variety of optical imaging and characterization methods. To benefit from such methods, it is essential to achieve precise control over light waves based on the intrinsic properties of light. Although this has been typically obtained by using bulky conventional optics, it has recently been recognized that optical resonances in high-index nanostructures can be harnessed to manipulate light waves in a controlled fashion. This novel approach, called flat optics, offers new opportunities for the integration of the ability to control light waves into optoelectronic devices. In this thesis, we illustrate our approaches with thin nanopatterned semiconductor films to achieve improved control over optical degrees of freedom in optoelectronic devices, especially focusing on optical spin and surface textures.

Type of resource	text
Form	electronic resource; remote; computer; online resource
Extent	1 online resource.
Place	California
Place	[Stanford, California]
Publisher	[Stanford University]
Copyright date	2023; ©2023
Publication date	2023; 2023
Issuance	monographic
Language	English

Author	Hong, Jiho
Degree supervisor	Brongersma, Mark
Thesis advisor	Brongersma, Mark
Thesis advisor	Fan, Shanhui
Thesis advisor	Miller, David
Degree committee member	Fan, Shanhui
Degree committee member	Miller, David
Associated with	Stanford University, School of Engineering
Associated with	Stanford University, Department of Materials Science and Engineering

Genre	Theses
Genre	Text

Statement of responsibility	Jiho Hong.
Note	Submitted to the Department of Materials Science and Engineering.
Thesis	Thesis Ph.D. Stanford University 2023.
Location	https://purl.stanford.edu/yq329tk4464

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