Bridging optics and machine learning: revisiting correspondence imaging via linear classification [0.03%]
光学与机器学习的结合：通过线性分类重新审视对应图像学
Yu Zhou,Jianbin Liu,Huaibin Zheng et al.
Yu Zhou et al.
We analyze correspondence ghost imaging (CGI) from a machine learning perspective, focusing on its intrinsic mathematical consistency with the perceptron model. Based on this analysis, linear classification algorithms such as the perceptron...
Michael J Simpson,Stefan Georgiev,Oliver Findl
Michael J Simpson
An average intraocular lens (IOL) tilt of approximately 5 deg relative to the visual axis is consistently reported in the clinical literature, with the implication that it represents a lens malposition. Modern biometry equipment also now ro...
Daniel Cerini,Marina Inchaussandague,Diana Skigin
Daniel Cerini
This work proposes the use of anisotropic materials for the design of planar multilayer systems that produce polarization-dependent structural color, both by reflection and/or transmission. To obtain reflected colors, 1D perfectly periodic ...
Antisymmetric Mueller generator as the universal origin of geometric phase in classical polarization and quantum two-level systems [0.03%]
经典偏振和量子两能级系统几何相位的普遍来源：反对称穆勒生成器
José J Gil
José J Gil
We show that the antisymmetric Mueller generator provides a universal algebraic kernel for geometric phase in classical polarization optics and in quantum two-level systems. For any ideal retarder, the antisymmetric 3×3 block of its Muelle...
Design of a three-dimensional parallel-to-point imaging system using inverse methods [0.03%]
基于逆问题方法的三维并联式点探测成像系统设计
Sanjana Verma,Lisa Kusch,Koondanibha Mitra et al.
Sanjana Verma et al.
We present an inverse method for designing a three-dimensional imaging system comprised of freeform reflectors. We impose an imaging condition on the optical map and combine it with the law of conservation of energy to conclude that the rat...
Completing an experimental non-depolarizing Mueller matrix with both a row and a column missing [0.03%]
缺失一行一列的实验非去极化穆勒矩阵的补全方法研究
Razvigor Ossikovski,Oriol Arteaga
Razvigor Ossikovski
Real-time imaging or spectroscopic applications of Mueller matrix polarimetry (or generalized ellipsometry) often require the acquisition of partial Mueller matrices only. We advance an efficient algebraic procedure allowing for the complet...
Matthew J Faulkner,John C Schotland,Vadim A Markel et al.
Matthew J Faulkner et al.
We introduce the hybrid broken-ray tomography (HBRT) for three-dimensional imaging of weakly scattering systems. The HBRT utilizes fluorescent contrast agents and combines the principles and advantages of the broken-ray tomography and the n...
Inverse design method for generalized zero-étendue sources and two targets [0.03%]
广义零 étendue 源和两个目标的逆设计方法
P A Braam,J H M Ten Thije Boonkkamp,M J H Anthonissen et al.
P A Braam et al.
We present an inverse method to compute freeform optical surfaces that transform a light distribution, parameterized by two source planes, into two separate target distributions. The surfaces can be reflectors or lenses, and control both th...
Characterization of birefringent media via intrinsic and equivalent parameters [0.03%]
基于本质参数和等效参数的双折射介质表征
Jhon Pabón,Camilo Cadena,Rafael Torres
Jhon Pabón
Birefringent media can be characterized through either their intrinsic parameters or their equivalent parameters, which are complementary. Commonly, some parameters are measured experimentally while others are derived via non-bijective rela...
Vector diffraction of aspherical wavefronts with azimuthal polarization in microscope objectives [0.03%]
显微物镜中具有_azimuthal_偏振的非球面波前的矢量衍射
Rafael G González-Acuña
Rafael G González-Acuña
The Richards-Wolf integral models electromagnetic fields in high-NA optical systems like microscopes, capturing polarization effects of azimuthally polarized beams, but is limited to spherical wavefronts, failing to account for aberrations ...