Author
Florin Horicianu
Recent research
- BiologyOpen access
Classical optical neuroscience asserts that human visual accommodation is a geometric process, seeking perfect spatial contrast on the retinal plane. This paper proposes a fundamentally novel paradigm: the biological autofocus mechanism is not geometric, but strictly thermodynami...
- BiologyOpen access
Classical optical neuroscience asserts that human visual accommodation is a geometric process, seeking perfect spatial contrast on the retinal plane. This paper proposes a fundamentally novel paradigm: the biological autofocus mechanism is not geometric, but strictly thermodynami...
- BiologyOpen access
It is an established anatomical fact that the absolute center of the human retina (the foveola) contains zero S-cones, rendering the center of human vision physically blind to the color blue (Small-Field Tritanopia). Classical neuroscience posits that humans perceive central blue...
- BiologyOpen access
It is an established anatomical fact that the absolute center of the human retina (the foveola) contains zero S-cones, rendering the center of human vision physically blind to the color blue (Small-Field Tritanopia). Classical neuroscience posits that humans perceive central blue...
- BiologyOpen access
Temporary double vision (diplopia) experienced during adaptation to new optical lenses or a change in the focal power of the natural lenses or sudden pupillary aperture shifts is classically misattributed to binocular muscular fatigue or image-size disparity. This paper redefines...
- BiologyOpen access
Temporary double vision (diplopia) experienced during adaptation to new optical lenses or a change in the focal power of the natural lenses or sudden pupillary aperture shifts is classically misattributed to binocular muscular fatigue or image-size disparity. This paper redefines...