Salient choice alone can have a powerful range of psychological effects, including the personal empowerment of an individual.
A new mathematical equation predicts which individuals will have more happiness and increased brain activity for intrinsic rather than extrinsic rewards. The approach can be used to predict personal preferences based on mood and without asking the individual.
Study reveals individual differences in how we perceive and imagine visual images we have seen.
A new dataset is available for researchers to investigate individual differences in adult language learning.
Middle-aged women who scored high on extraversion personality traits were more likely to report being physically active during leisure time than those who scored high in neuroticism.
Distinct personality traits emerge and manifest via both behavior and neural activity.
Brain responses of ten-month-old babies could predict whether the child would enjoy watching fast-paced television shows six months later.
New mouse study demonstrates animal research needs to take into account the interplay between behavior, genetics, and personality.
What we find pleasurable may be down to our genetics. Researchers found nucleus accumbens activation and physical anhedonia were influenced by shared genes. The experience of pleasure and physical anhedonia also appear to share some of the same genes.
Small changes in a single olfactory receptor gene can affect how strong, or how pleasant, a person finds a particular odor.
Study offers new insights into the mechanisms behind thought control and suggests individual differences play a role in our ability to control our thoughts.
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Using deep learning technology in combination with neuroimaging data, researchers were able to accurately predict who would abstain from cocaine during treatment for addiction.
