Flashed face distortion effect - Wikipedia
The flashed face distortion effect is a visual illusion involving the fast-paced presentation of eye-aligned faces. [1] Faces appear grotesquely transformed while the viewer focuses on the cross midway between them.
The Flashed Face Distortion Effect Does Not Depend on Face ...
When normal faces are rapidly presented in the visual periphery, they are perceived as grotesque and distorted. This phenomenon, “The flashed-face distortion effect” (FFDE) is a powerful illusion that may reveal important properties of how faces are coded in peripheral vision.
Why Faces Look Distorted in Our Periphery | Psychology Today
2023年3月26日 · Peripheral blur and individual differences lead to face distortion effects. When faces quickly flash in peripheral vision, they look distorted and grotesque. Studies have explored various factors...
We describe a novel face distortion effect resulting from the fast-paced presentation of eye-aligned faces. When cycling through the faces on a computer screen, each face seems to become. a caricature of itself and some faces appear highly deformed, even grotesque.
(PDF) Flashed Face Distortion Effect: Grotesque Faces from ...
2011年5月1日 · We describe a novel face distortion effect resulting from the fast-paced presentation of eye-aligned faces. When cycling through the faces on a computer screen, each face seems to...
Time course and neural locus of the Flashed Face Distortion ...
2024年11月1日 · Viewing a rapid sequence of face images shown in the periphery can lead to large caricature-like distortions in the perceived images, a phenomenon known as the Flashed Face Distortion Effect (FFDE). The mechanisms underlying FFDE are poorly understood.
Interocular transfer of Flashed Face Distortion Effect
The Flashed Face Distortion Effect (FFDE) is an illusion where faces viewed in rapid succession in the periphery are perceived as strongly distorted or caricatured (Tangen, Murphy, Thompson, 2011). The mechanisms contributing to the FFDE are largely unknown but could arise at many levels, including adaptation at both peripheral and central sites.