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Where are the limits in the conservation of étendue and how can these limits get stretched in an optical design.
Methods to measure, model, and design for speckle reduction.
Methods to design and simulate the behavior and performance of diffractive optics.
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Development of CO2 Lasers and associated elements.
Development and use of KrF, ArF, and solid state lasers that operate below 400 nm.
Development of lasers and optics for additive manufacture methods.
Development of EUV light sources and their associated optics.
Optical methods to take holographic measurements such as in the areas of microscopy, flow velocimetry, interferometry
Optical nano-structures are used to create antireflection coatings, optical elements, and reflective coatings
The optical design, optimization, characterization, and fabrication of imaging optics.
The design and simulation of axicon lenses.
The design and analysis of infrared, visible, polarization, Ramon, and ultraviolet spectroscopy systems.
Development of meta-materials.
The design of Quantum Optics
Design of laser pump systems.
Design of ultra-fast lasers.
Design of laser cooling of atoms.
Design of Laser resonator systems.
Design and fabrication of free-form optics
Development of optics for solar energy applications
Development of astronomic optics.
Development of Beam Combining Optics.
Development of head-worn displays.
Development of head-up displays.
Development of LIDAR systems.
Development of laser ranging systems.
Development of camera imaging systems.
Development of flow cytometry optics.
Development of light collection optics.
Development and application of ruled diffraction gratings.
Tolerance analysis of optical systems and mechanical fixtures.
Design of intra-ocular lenses.
Design of optics and image analysis in microscopy systems.
Development of optics that support the delivery of laser diode light sources.
Development of optical systems that use LED light sources.
Development of both passive and active architectural lighting systems.
Optical systems that support particle image velocimtry systems.
Methods to shape laser beam near-field and far-field distributions.
Development of optical systems that relate to bio-technology.
Develop of optical systems for mapping vegetation.
Development of remote sensing optical systems.
Development of optical metrology systems
Development of photo-lithography systems.
Development of light diffusors.
Subtractive manufacturing of optical components
Development of Laser ablation optical systems.
Development of eye-tracking optics.
Development of optics used in laser cutting systems.
Development of optics used in the delivery of lasers.
Development of optics to stretch the temporal width of a laser pulse.
Development of optics used to compress the temporal width of a laser pulse.
The development of electro-optics.
The optical design of virtual reality camera systems.
Design of lasers.
Transfer of solid models and STL files between Optica and SolidWorks, CREO, and other solid modeling environments
Optics related to the eye, including IOL and Lasik systems.
Calculations and optical models involving vector diffraction.
Use of LensLab optical modeling software.
Topics involving the use of Beamwise.
Topics involving the use of Mathematica.
