Casey Becker
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View article: Can deepfakes be used to study emotion perception? A comparison of dynamic face stimuli
Can deepfakes be used to study emotion perception? A comparison of dynamic face stimuli Open
Video recordings accurately capture facial expression movements; however, they are difficult for face perception researchers to standardise and manipulate. For this reason, dynamic morphs of photographs are often used, despite their lack o…
View article: A Dynamic Disadvantage? Social Perceptions of Dynamic Morphed Emotions Differ from Videos and Photos
A Dynamic Disadvantage? Social Perceptions of Dynamic Morphed Emotions Differ from Videos and Photos Open
Dynamic face stimuli are increasingly used in face perception research, as increasing evidence shows they are perceived differently from static photographs. One popular method for creating dynamic faces is the dynamic morph, which can anim…
View article: Videos, Deepfakes, and Dynamic Morphs: Neural and Perceptual Differences for Real and Artificial Faces.
Videos, Deepfakes, and Dynamic Morphs: Neural and Perceptual Differences for Real and Artificial Faces. Open
Dynamic facial expressions can be created by blending neutral and expressive photographs together. These dynamic morphs are popular in cognitive neuroscience research as they offer increased experimental control compared to video recording…
View article: Embracing deepfakes and AI‐generated images in neuroscience research
Embracing deepfakes and AI‐generated images in neuroscience research Open
The rise of deepfakes and AI‐generated images has raised concerns regarding their potential misuse. However, this commentary highlights the valuable opportunities these technologies offer for neuroscience research. Deepfakes deliver access…
View article: Embracing Deepfakes and AI-generated images in Neuroscience Research
Embracing Deepfakes and AI-generated images in Neuroscience Research Open
The rise of deepfakes and AI-generated images has raised concerns regarding their potential misuse in society. However, this commentary highlights the valuable opportunities these technologies offer for neuroscience research. Deepfakes pro…
View article: A Dynamic Disadvantage? Social Perceptions of Dynamic Morphed Emotions Differ from Videos and Photos
A Dynamic Disadvantage? Social Perceptions of Dynamic Morphed Emotions Differ from Videos and Photos Open
Dynamic face stimuli are increasingly used in face perception research, as increasing evidence shows they are perceived differently from static photographs. One popular method for creating dynamic faces is the dynamic morph, which can anim…
View article: Embracing Deepfakes and AI-generated images in Neuroscience Research
Embracing Deepfakes and AI-generated images in Neuroscience Research Open
While deepfake technology and AI-generated images have generated concerns about their misuse in society, this opinion piece highlights the potential benefits and applications of these technologies in neuroscience research. Deepfakes have b…
View article: The Role of Biological Motion in Face Perception: Social Judgements of Morphed Expressions Differ from Videos and Photographs.
The Role of Biological Motion in Face Perception: Social Judgements of Morphed Expressions Differ from Videos and Photographs. Open
This study aimed to explore the impact of realistic and artifical facial dynamism on social percpetion. We compared ratings of emotion intensity and genuineness on video recordings, dynamic morphs, and static photographs of happy, sad, fea…
View article: The Role of Biological Motion in Face Perception: Social Judgements of Morphed Expressions Differ from Videos and Photographs.
The Role of Biological Motion in Face Perception: Social Judgements of Morphed Expressions Differ from Videos and Photographs. Open
This study aimed to explore the impact of realistic and artifical facial dynamism on social percpetion. We compared ratings of emotion intensity and genuineness on video recordings, dynamic morphs, and static photographs of happy, sad, fea…
View article: The Role of Biological Motion in Face Perception: Social Judgements of Morphed Expressions Differ from Videos and Photographs.
The Role of Biological Motion in Face Perception: Social Judgements of Morphed Expressions Differ from Videos and Photographs. Open
This study aimed to explore the impact of realistic and artifical facial dynamism on social percpetion. We compared ratings of emotion intensity and genuineness on video recordings, dynamic morphs, and static photographs of happy, sad, fea…