The Real Ideal: Misestimation of Body Mass Index.

In Western cultures, the ideal body for women is thin and toned. Idealization of thinness has led many women to desire bodies with an underweight body mass index (BMI). The present study investigated women's knowledge of BMI, particularly relating to their own body ideals, to determine whether women knowingly idealize bodies categorized as "underweight.

The role of social context in own body size estimations: An investigation of the body schema.

Women tend to overestimate their body size, including space needed to pass through gaps/apertures. These results were generated using static apertures resembling doorways. However, body image is influenced by other bodies around us, and how estimations of passability may be influenced by social context is unknown.

The ever-changing ideal: The body you want depends on who else you're looking at.

The body positivity movement-celebrating bodies beyond the thin ideal-has gained traction on social media. In an online study of North American women, we aimed to determine how ideal body perceptions shift based on the presentation of more diverse body types. In Study 1, women (n = 115, aged 19-75) responded to arrays of bodies ranging from primarily small to primarily large bodies, selecting the body closest to their ideal body.

Representational pseudoneglect for detecting changes to Rey-Osterrieth figures.

When dividing attention between the left and right sides of physical space, most individuals pay slightly more attention to the left side. This phenomenon, known as pseudoneglect, may also occur for the left and right sides of mental representations of stimuli. Representational pseudoneglect has been shown for the recall of real-world scenes and for simple, briefly presented stimuli.

The influence of baseline directional differences in pseudoneglect on distractibility.

Neurologically normal individuals demonstrate a reliable bias to the left side of space, known as pseudoneglect. The magnitude of this attentional asymmetry varies, depending on factors such as location within the visual field. Prior research has shown that the presence of distractors in the upper visual field increase leftward biases.