cognitivescience
In a study published in Brain Communications, researchers have found evidence that individuals with aphantasia, a condition where people struggle to create mental images, exhibit significant differences in brain activity related to motor simulations compared to those without this condition. The study found that people with aphantasia do not show the expected increase in brain activity that typically occurs when imagining or observing movements, which contrasts sharply with individuals who can easily generate mental images. Aphantasia is a condition where individuals are unable to generate volu...
PsyPost (CA)
In a study published in Brain Communications, researchers have found evidence that individuals with aphantasia, a condition where people struggle to create mental images, exhibit significant differences in brain activity related to motor simulations compared to those without this condition. The study found that people with aphantasia do not show the expected increase in brain activity that typically occurs when imagining or observing movements, which contrasts sharply with individuals who can easily generate mental images. Aphantasia is a condition where individuals are unable to generate volu...
PsyPost
In a study published in Brain Communications, researchers have found evidence that individuals with aphantasia, a condition where people struggle to create mental images, exhibit significant differences in brain activity related to motor simulations compared to those without this condition. The study found that people with aphantasia do not show the expected increase in brain activity that typically occurs when imagining or observing movements, which contrasts sharply with individuals who can easily generate mental images. Aphantasia is a condition where individuals are unable to generate volu...
PsyPost (UK)
In a recent study from Beijing Normal University, researchers have demonstrated that certain cognitive abilities, particularly those related to metacognition and mentalizing, are significantly influenced by environmental factors, potentially more so than by genetics. The study, published in Cell Reports00388-7), utilized a twin-based experimental model to explore how both genetic and environmental factors contribute to cognitive processing, revealing surprising insights into how we think and understand our own and others’ mental states. Research has shown that general intelligence, often measu...
PsyPost
In a recent study from Beijing Normal University, researchers have demonstrated that certain cognitive abilities, particularly those related to metacognition and mentalizing, are significantly influenced by environmental factors, potentially more so than by genetics. The study, published in Cell Reports00388-7), utilized a twin-based experimental model to explore how both genetic and environmental factors contribute to cognitive processing, revealing surprising insights into how we think and understand our own and others’ mental states. Research has shown that general intelligence, often measu...
PsyPost (CA)
In a recent study from Beijing Normal University, researchers have demonstrated that certain cognitive abilities, particularly those related to metacognition and mentalizing, are significantly influenced by environmental factors, potentially more so than by genetics. The study, published in Cell Reports00388-7), utilized a twin-based experimental model to explore how both genetic and environmental factors contribute to cognitive processing, revealing surprising insights into how we think and understand our own and others’ mental states. Research has shown that general intelligence, often measu...
PsyPost (UK)
Researchers at the Paris Brain Institute have conducted a groundbreaking study on the processes that occur in the brain as it transitions from life to death, particularly focusing on a phenomenon called the “wave of death.” The study, published in the journal Neurobiology of Disease, reveals that the final cessation of brain activity involves a dramatic wave of neuronal depolarization, which could potentially inform interventions in cases of acute brain injury and cardiorespiratory arrest. Understanding the brain’s response to severe oxygen deprivation has long been a subject of intense resear...
PsyPost
Researchers at the Paris Brain Institute have conducted a groundbreaking study on the processes that occur in the brain as it transitions from life to death, particularly focusing on a phenomenon called the “wave of death.” The study, published in the journal Neurobiology of Disease, reveals that the final cessation of brain activity involves a dramatic wave of neuronal depolarization, which could potentially inform interventions in cases of acute brain injury and cardiorespiratory arrest. Understanding the brain’s response to severe oxygen deprivation has long been a subject of intense resear...
PsyPost (CA)
Researchers at the Paris Brain Institute have conducted a groundbreaking study on the processes that occur in the brain as it transitions from life to death, particularly focusing on a phenomenon called the “wave of death.” The study, published in the journal Neurobiology of Disease, reveals that the final cessation of brain activity involves a dramatic wave of neuronal depolarization, which could potentially inform interventions in cases of acute brain injury and cardiorespiratory arrest. Understanding the brain’s response to severe oxygen deprivation has long been a subject of intense resear...
PsyPost (UK)
A recent study published in the Journal of Vision reveals that humans are better at estimating the motion of objects moving downwards compared to upwards, regardless of the direction relative to gravity. This new research suggests that our perception of downward-moving objects is enhanced by the congruence of their motion with the direction toward our legs rather than the influence of gravity detected through our inner ear. “Previous studies have shown that the people can catch a descending object more accurately than an ascending object. When people heard this asymmetric performance for catch...
PsyPost
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