Advances In Infrared GRIN: A Review Of Novel Materials Towards Components And Devices
Novel optical materials capable of advanced functionality in the infrared will enable optical designs that can offer lightweight or small footprint solutions in both planar and bulk optical systems. UCF's Glass Processing and Characterization Laboratory (GPCL) with our collaborators have been evaluating compositional design and processing protocols for both bulk and film strategies employing multi-component chalcogenide glasses (ChGs). These materials can be processed with broad compositional flexibility that allows tailoring of their transmission window, physical and optical properties, which allows them to be engineered for compatibility with other homogeneous amorphous or crystalline optical components. This paper reviews progress in forming ChG-based GRIN materials from diverse processing methodologies, including solution-derived ChG layers, poled ChGs with gradient compositional and surface reactivity behavior, nanocomposite bulk ChGs and glass ceramics, and meta-lens structures realized through multiphoton lithography (MPL).
K. Richardson and M. Kang and L. Sisken and A. Yadav and C. Blanco and M. Antia and S. Novak and C. Smith (Lonergan) and A. Buff and A. Lepicard and M. Dussauze and C. M. Schwarz and S. M. Kuebler and C. Grabill and C. G. Pantano and T. S. Mayer, "Advances In Infrared GRIN: A Review Of Novel Materials Towards Components And Devices," Proceedings of SPIE - The International Society for Optical Engineering, vol. 10627, article no. 106270A, Society of Photo-optical Instrumentation Engineers, Jan 2018.
The definitive version is available at https://doi.org/10.1117/12.2304608
Materials Science and Engineering
Keywords and Phrases
chalcogenide glass; glass ceramics; GRIN; integrated photonics; multiphoton lithography; optical nanocomposites; poled chalcogenide glass
International Standard Book Number (ISBN)
International Standard Serial Number (ISSN)
Article - Conference proceedings
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01 Jan 2018