Abstract: A monocular and/or a binocular system may be used to generate one or more images, or videos, of a subject's retina by scanning in one or two directions in one or two dimensions to, for example, measure and/or report fixation, smooth pursuit, and/or saccadic responses of the subject's eye. The scanning and/or image generation process may be optimized to correct for distortions in the subject's eye and/or improve SNR among one or a plurality of retinal images. In some cases, the retinal images may be used to train a retinal feature detection model and/or algorithm that may be used to make predictions and/or inferences regarding a visual pattern showing features of subsequently received retinal images. These models and/or predicted patterns present within the models may be used by the retinal feature detection model and/or algorithm to monitor features of the retina and, in some instances, track voluntary and/or involuntary eye motion.

Abstract: The invention is directed to modular flexible sensor arrays that are adaptable, easy to manufacture, and which reduce material waste. A method of making a modular flexible sensor array is provided, including the steps of applying at least one sensing element to a first substrate to form at least one sensor, applying at least one electrically conductive interconnect to a surface of a second flexible substrate, and coupling the at least one sensor to the at least one electrically conductive interconnect such that the at least one sensor is electrically connected thereto.

Abstract: A system and a method for capturing solar energy are disclosed herein. In at least one embodiment, the method includes receiving light at a plurality of lenses, communicating the light from respective ones of the plurality of lenses toward respective ones of a plurality of dichroic mirrors, and transmitting respective first portions of the light through the respective ones of the dichroic mirrors toward respective first photovoltaic cells. The method also includes reflecting respective second portions of the light off of the respective ones of the dichroic mirrors toward respective adjacent ones of the dichroic mirrors, where the first portions are within a first wavelength range and the second portions are within a second wavelength range, and reflecting the respective second portions of the light off of the respective adjacent ones of the dichroic mirrors toward respective second photovoltaic cells.

Abstract: A low cost shopping cart attachment having an indicia display area along with a shopping list, coupon, circular holder. The shopping cart attachment is intended to removably attach onto a shopping cart handle facing a shopper that is pushing on the handle of the shopping cart so that the indicia display area and the papers releasably retained in the shopping list, coupon, circular holder are easily viewed by the shopper. The indicia area is designed to hold advertising which is preferably changed periodically to enhance the sale of a product or promotional items.