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Advanced Materials, ISSN 0935-9648, 02/2019, Volume 31, Issue 5, pp. 1970030 - n/a
Fiorenzo G. Omenetto and co‐workers present a scanning electron microscopy image of a silk‐based inverse‐opal lattice in the shape of a diffraction grating.... 
hierarchical 3D photonic structures | structural color | diffusion/diffraction | multifunctionality | silk fibroin | Biological products | Gratings (spectra) | Surgical implants | Scanning electron microscopy | Silk | Biomedical materials | Biocompatibility | Optical components | Structural hierarchy | Diffractive optical elements | Photonic band gaps | Photonics
Journal Article
Applied Optics, ISSN 1559-128X, 03/2015, Volume 54, Issue 7, pp. 1606 - 1611
We present the design and fabrication of diffractive optical elements for optical identification purposes. Two methods for optical identification are... 
GRATINGS | SECURITY | TRANSMISSION | OPTICS | Usage | Analysis | Electron microscopes | Diffraction gratings | Fourier transformations | Iterative methods (Mathematics) | Methods | Scanning electron microscopy | Gratings (spectra) | Fourier transforms | Electron beam lithography | Binary codes | Laser beams | Diffractive optical elements
Journal Article
NATURE COMMUNICATIONS, ISSN 2041-1723, 07/2019, Volume 10, Issue 1, pp. 3156 - 7
The efficient light-matter interaction and discrete level structure of atomic vapors made possible numerous seminal scientific achievements including... 
VAPOR | METASURFACE | MULTIDISCIPLINARY SCIENCES | LIGHT | Fresnel lenses | Frequency dependence | Stability | Vapors | Light diffraction | Optical components | Hybridization | Photonics | Gratings (spectra) | Spatial distribution | Magnetic lenses | Atomic states | Quantum sensors | Atomic structure | Magnetic fields | Diffractive optical elements
Journal Article
Nature communications, ISSN 2041-1723, 08/2019, Volume 10, Issue 1, pp. 3683 - 1
An amendment to this paper has been published and can be accessed via a link at the top of the paper. 
Optical components | Diffractive optical elements
Journal Article
POLYMERS, ISSN 2073-4360, 12/2019, Volume 11, Issue 12, p. 1920
We study the recording of complex diffractive elements, such as achromatic lenses, fork gratings or axicons. Using a 3-D diffusion model, previously validated,... 
GRATINGS | POLYMER SCIENCE | optical axicons | VORTEX-BEAM | holographic recording materials | diffractive elements | GENERATION | photopolymers
Journal Article
Optics Letters, ISSN 0146-9592, 2015, Volume 40, Issue 7, pp. 1173 - 1176
An annular vortex of arbitrary integer topological charge q can be obtained at the Fourier domain of appropriate phase diffractive optical elements. In this... 
BEAM | ORBITAL ANGULAR-MOMENTUM | OPTICS | VORTEX | LIGHT | Beams (radiation) | Diffraction | Vortices | Annular | Fluid flow | Fourier analysis | Diffractive optical elements | Optimization
Journal Article
Optical Engineering, ISSN 0091-3286, 8/2019, Volume 58, Issue 8, pp. 085103 - 085103
We highlight fundamental properties of the dual-contact diffractive optical elements (DOEs) with high-diffraction efficiency throughout the visible spectrum... 
OPTICS | broadband | dual-contact | diffractive optical elements
Journal Article
Optics Letters, ISSN 0146-9592, 2015, Volume 40, Issue 14, pp. 3221 - 3224
Photopolymers as recording media are widely used in optical applications. In such materials, changes in the phase of the transmittance function are generated... 
GRATINGS | RATES | OPTICS | MONOMER DIFFUSION | Sensitivity analysis | Polymerization | Recording | Diffusion | Photopolymers | Monomers | Diffractive optical elements | Polyvinyl alcohols
Journal Article
Optical Engineering, ISSN 0091-3286, 2/2015, Volume 54, Issue 2, pp. 024104 - 024104
Diffractive optics has traditionally been used to transform a parallel beam of light into a pattern with a desired phase and intensity distribution. One of the... 
Diffractive optics | e-beam lithography | multiplexing | multifunctionality | diffractive optics | FRESNEL ZONE LENS | OPTICS | Beams (radiation) | Phase transformations | Lithography | Focusing | Transforms | Diffractive optical elements | Ion beams
Journal Article
Proceedings of SPIE - The International Society for Optical Engineering, ISSN 0277-786X, 2014, Volume 9156
Potentialities of the computational experiment when studying focusing elements for laser light are analyzed. We substantiate the need for the computational... 
Computational experiment | Focusing elements for laser light | Information technologies | Diffraction-based design | Diffractive optical elements | Diffraction theory | Inverse problems | Diffraction | Computation | Lasers | Focusing | Feasibility | Physical properties
Conference Proceeding
Applied Optics, ISSN 1559-128X, 07/2015, Volume 54, Issue 21, pp. 6521 - 6525
Diffractive optical elements (DOEs) for beam shaping are widely used in many fields, and there are many kinds of optimization algorithms to design the DOEs for... 
PLANE PICTURES | PROJECTION | IMAGE | ALGORITHMS | OPTICS | PHASE ELEMENTS | Optics | Usage | Diffraction | Research | Mathematical optimization | Intervals | Beams (radiation) | Algorithms | Planes | Two dimensional | Sampling | Diffractive optical elements | Optimization
Journal Article
by Wang, J and Xue, CX
APPLIED OPTICS, ISSN 1559-128X, 11/2015, Volume 54, Issue 33, pp. 9665 - 9670
A mathematical model to analyze the thermal characteristics of the multilayer diffractive optical elements (MLDOEs) is presented with consideration of the... 
SYSTEM | DESIGN | OPTICS | LENSES | Optics | Diffraction | Research | Refractive index | Diffraction efficiency | Design engineering | Multilayers | Ambient temperature | Hybrid systems | Design analysis | Microstructure | Diffractive optical elements
Journal Article
Applied Optics, ISSN 1559-128X, 2019, Volume 58, Issue 9, pp. 2422 - 2428
The decenter error can determine the polychromatic integral diffraction efficiency (PIDE) over a broad wave band of hybrid optical systems and further the... 
DESIGN | OPTIMIZATION | OPTICS | SUBSTRATE MATERIAL SELECTION | Multilayers | Diffraction efficiency | Wave diffraction | Error analysis | Efficiency | Integrals | Hybrid systems | Error detection | Optical components | Infrared analysis | Microscopes | Diffractive optical elements
Journal Article
Optik, ISSN 0030-4026, 09/2019, Volume 192, p. 162981
In this paper, the design of a diffractive optical system that can generate lattice clouds and is based on the unique optical properties of a polarizer is... 
Polarizer | Inhomogeneity | Optical efficiency | Diffractive optical element | Spot arrays | Stray light | DESIGN | DAMMANN | OPTICS
Journal Article
Proceedings of SPIE - The International Society for Optical Engineering, ISSN 0277-786X, 2013, Volume 8789
The diffractive optical element (DOE) has the transformation function of wavefront, and its applications are forming or homogenization of beam, and aberration... 
DOE | Diffractive optical element | HDS | Holographic data storage | Reproduction | Algorithms | Data storage | Silicon substrates | Nanostructure | Regularization | Diffractive optical elements | Homogenizing
Conference Proceeding
Applied Optics, ISSN 1559-128X, 04/2019, Volume 58, Issue 10, pp. 2589 - 2595
Infrared multilayer diffractive optical elements (MLDOEs) usually own microstructure heights of a few hundred micrometers. The design and fabrication of those... 
BLAZED GRATINGS | DESIGN | OPTICS | EFFICIENCY | LENSES | Diffraction theory | Diffraction efficiency | Optical components | Infrared analysis | Optimization | Numerical aperture | Multilayers | Micrometers | Diffraction | Efficiency | Apertures | Hybrid systems | Microstructure | Microscopes | Diffractive optical elements
Journal Article
Applied Optics, ISSN 1559-128X, 12/2018, Volume 57, Issue 35, pp. 10276 - 10283
The proposed study aims to investigate the effect of surface roughness on the efficiency of diffractive optical elements (DOEs) used in imaging optical... 
DESIGN | OPTICS | Diffraction efficiency | Computer simulation | Optical components | Surface roughness | Substrates | Multilayers | Diffraction | Efficiency | Monolayers | Rapid prototyping | Surface roughness effects | Diffractive optical elements | Polymethyl methacrylate
Journal Article
Applied Physics B, ISSN 0946-2171, 12/2019, Volume 125, Issue 12, pp. 1 - 9
Robust designs of single-diffractive optical elements (DOEs) on forming flat-top beams with extended depth of focus for different wavelengths and beam sizes... 
Quantum Optics | Physics, general | Engineering, general | Physical Chemistry | Physics | Optics, Lasers, Photonics, Optical Devices | SYSTEM | LASER-BEAM | PHYSICS, APPLIED | PHASE RETRIEVAL | CONVERSION | INTENSITY | GERCHBERG-SAXTON | GENERATION | ALGORITHMS | OPTICS | PROPAGATION | GAUSSIAN-BEAM
Journal Article
Advanced Optical Materials, ISSN 2195-1071, 06/2019, Volume 7, Issue 12, pp. 1900068 - n/a
Journal Article
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