The University of Arizona
Institutional Knowledge Map (KMap)
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Thomas Milster

Professor, Electrical and Computer Engineering | Professor, Optical Sciences | Member of the Graduate Faculty

James C Wyant Coll Optical Sci
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20+ Collaborators
$5.3M / $6.4M Funding
30+ Grants
220+ Publications
30+ Tech/Patents
4+ News

Research Area

optical engineering, optics, materials science, nanotechnology, photonics, optical devices, diffractive optics, space telescopes, material science, manufacturing, space exploration, adaptive optics, optical design, astrobiology, instrumentation, microscopy, fabrication techniques, data storage, optical storage, optical imaging, optical data storage, information technology, optical systems, lens design, telescope, spectroscopy, lens technology, astronomy, imaging, micro-optics

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    Recent

    Space plates and space optics for advanced imaging systems

    2024

    Multifunctional Spaceplates for Optical Aberration Correction

    2024

    Kinematically engaged yoke system for segmented lens-based space telescope integration and testing

    2023
    space telescopes, optical testing, mechanical design

    Ultralightweight hybrid refractive/diffractive MODE telescopes for space applications

    2023
    telescope, space technology, refractive optics, diffractive optics

    Development of a MODE lens telescope

    2023
    optical instruments, telescope, photonics, fiber optics, materials science

    Theory and practice of high-harmonic diffractive surfaces

    2023
    optical engineering, nanophotonics, material science, surface physics, optoelectronics

    Type 2 longitudinal chromatic aberration from a high-harmonic MODE lens and color corrector

    2022
    chromatic aberration, high-harmonic, mode lens, color corrector, longitudinal

    ODS 2022: Industrial Optical Devices and Systems

    2022
    optical devices, industrial applications, optical systems, industrial technology, manufacturing processes

    Nautilus: The advent of large lens-based space telescopes

    2022
    space telescopes, optics, astronomy, space exploration, lens technology

    Autonomous closed-loocontrol for multi-segmented optic aligning and assembly

    2022
    optical alignment, autonomous control, closed loop system, assembly, multi-segmented

    • Rongguang Liang

    • Daniel Apai

    • Kurt Denninghoff

    • Daewook Kim

    • Ronald Lynch

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    • Spatial Frequency Analysis of Optical Systems

    • Intermediate Optics Laboratory I

    • Diffractive Optical Elements - Theory and Design

    • Diffraction and Interferometry

    Page 1 of 6
    Thomas Milster | KMap Profile - Institutional Knowledge Map (KMap)