Raymond P. Najjar

This study shows that pre-task light exposure improves cognitive performance and mood without affecting alertness.

The paper develops a machine learning model to classify environments as indoor or outdoor using multispectral light data, achieving high accuracy aligned with human perception.

The paper investigates how high-intensity light and unrestricted vision affect lens-induced hyperopia in chick eyes, finding that unrestricted vision reduces hyperopia while high-intensity light enhances it, with combined effects depending on duration.

This study shows that light suppresses melatonin differently in young and older adults, with young adults relying solely on melanopsin and older adults involving L-cones as well.

The paper develops a consensus checklist and guidelines for reporting non-visual light effects in human studies, resulting in a 25-item checklist after expert feedback.

This study evaluates how different durations of high-intensity light and optical refocus affect lens-induced myopia in chickens, finding that 6 hours of combined treatment prevents myopia development.

This study shows that full-spectrum Sunlike-LEDs accelerate recovery from form-deprivation myopia in chicks compared to fluorescent lights, possibly through choroidal and scleral changes.