This research demonstrates a foundational approach to peripheral semantic information delivery capable of conveying highly complex symbols well beyond the established mean, using motion-modulated stimuli within a series of small, static apertures in far periphery ( > 50°).
How detectable are far peripheral semantic cues in increasingly dynamic environments? Results show rapid adaptation and high detection accuracy.
Metrics of symbol recognition speed and accuracy in a controlled environment, with codex parameterization using motion energy analysis
Information floods the center of our visual field and often saturates the focus of our attention, yet there are parallel channels in the visual system
The development of bionic and cybernetic systems illuminates new potentials for the future of non-invasive, networked, neuro-muscular stimulation. In 2017 I was the third patient
ABSTRACT: A projector and one or more optical components project a light pattern that scans at least a portion of an anterior segment of an
Spherical tissue deformation in electrostatic fields (NaCL+H20 suspension in hydrogel structure)
Biomimetic systems architecture engineering: prototypes Quantizing visual perception as an expression of experience is referentially viewed as a modular function, temporally sequenced within multiple sensory
This self-directed, interactive device captures and visualizes images of the retina without the need for complex optics and precise alignment of illumination pathways.
The following sequence presents a demonstration of the interlinkages of visual and auditory sensory processing. The video consists of a repeated, one-second clip of a
Angle, inertia, and velocity are a subset of moment arms that when instinctively activated are biologically hardcoded in how we navigate through space. The complex
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Proprioceptive feedback systems for kinetosis (motion sickness) treatment and prevention Rather than treating the environment, the automobile and the various independent mechanisms of human biology
Non-mydriatic fundus imaging on smart phone platforms may prove to be a paradigm shift in rapid screening devices with no operational expertise required
This system expands upon prior work by fully integrating the self-alignment architecture within the portable user interface.
I confront the filters of cognition as an intervention into the control I assume to have over my visual perception. Researching neuroscience techniques in brain
Power lift prototype: compressor force-resistive foot feedback with on-board mulit-channel solenoid valve configuration [lift capacity = 600 lbs] October, 2015 http://everettlawson.com/wp-content/uploads/2020/02/20151004_191036.mp4http://everettlawson.com/wp-content/uploads/2020/02/20151004_191117.mp4 Early development
Building animatronic substrates for calibration and testing of bionic interfaces.
This invention comprises an apparatus for retinal self-imaging. Visual stimuli help the user self-align their eye with a camera. Bi-ocular coupling induces the test eye to rotate into different positions.
I engineered and built a 12 cubic foot vacuum particle accelerator with a power grid running at 300,000 V made from discarded television components, and a 10,000-watt stepped-up magnetron series. It is a photographic platform with which I have the freedom and flexibility to address a variety of natural mediums at the molecular level.
I created a number of artificial retinas on which images can be focused to address iconic decay as an unperceived aspect of sight. These carefully arranged elements have been developed into a device which can only “see” afterimages, presenting an aesthetic world of imagery beyond our conscious view.
© 2020 Matthew Everett Lawson