Visual performance of optical films utilizing Spatio-Temporal Optical Phase technology.

Significance: Spatio-Temporal Optical Phase technology utilizes film pairs containing optical elements applied to standard single-vision spectacle lenses. This technology provides a dynamic optical cue that may have efficacy in reducing the rate of myopia progression, but the visual performance of this technology is unknown.

Purpose: This study aimed to assess the visual performance of film pairs containing optical elements (tests) and a film pair with no optical elements (control).

Visual Performance and Binocular/Accommodative Function of S.T.O.P. Contact Lenses Compared With MiSight.

Objectives: The objective of this study was to compare the visual performance and binocular/accommodative function of two novel S.T.O.

Peripheral refraction and higher-order aberrations with cycloplegia and fogging lenses using the BHVI-EyeMapper.

Purpose: To determine if a fogging lens ameliorates accommodative effects driven by the closed-view design of the BHVI-EyeMapper (EM) instrument. We compared cycloplegic refraction and higher-order aberration measurements of the EM with those obtained with a fogging lens.

Methods: Twenty-six, young, participants (15F, 25±5 years, range: 18-35 years, SE: +0.

The BHVI-EyeMapper: peripheral refraction and aberration profiles.

Purpose: The aim of this article was to present the optical design of a new instrument (BHVI-EyeMapper, EM), which is dedicated to rapid peripheral wavefront measurements across the visual field for distance and near, and to compare the peripheral refraction and higher-order aberration profiles obtained in myopic eyes with and without accommodation.

Methods: Central and peripheral refractive errors (M, J180, and J45) and higher-order aberrations (C[3, 1], C[3, 3], and C[4, 0]) were measured in 26 myopic participants (mean [±SD] age, 20.9 [±2.

Optical performance of multifocal soft contact lenses via a single-pass method.

Purpose: A physical model eye capable of carrying soft contact lenses (CLs) was used as a platform to evaluate optical performance of several commercial multifocals (MFCLs) with high- and low-add powers and a single-vision control.

Methods: Optical performance was evaluated at three pupil sizes, six target vergences, and five CL-correcting positions using a spatially filtered monochromatic (632.8 nm) light source.

Physical human model eye and methods of its use to analyse optical performance of soft contact lenses.

A bench-top physical model eye that closely replicates both anatomical and optical properties of an average human eye was designed and constructed. The cornea was sourced from a flouro-polymer with refractive index (RI) of 1.376 and crystalline lenses were made of Boston RGP polymers, EO and Equalens II, with an equivalent RI of 1.