Under hypnosis, the brain shifts to a state where individual areas act more independently of each other than they do during typical waking state.
Study implicates the ventromedial prefrontal cortex, an area of the brain associated with information processing about the self, in self-bias memory.
White matter connectivity does not directly induce psychosis, but may affect symptoms of psychosis through its effect on the consciousness threshold.
Testing multiple computational models of the nervous system, researchers discover that just because a model can make accurate predictions about data, this doesn't always translate into the underlying logic of the biological system it represents.
Researchers have identified a novel neural network in fruit flies that converts external stimuli of varying intensity into decisions about whether to act.
Study provides new insight into how brain waves control the flow of information through the cortex.
A new two-stage model seeks to answer a longstanding philosophical debate over whether consciousness is continuous or discrete. Findings suggest discrete consciousness is preceded by a long-lasting unconscious processing period.
When people were warned about the inaccuracy of retelling events, they were less susceptible to misinformation. Providing warnings increased reinstatement of visual activity associated with witnessing an event and decreased the reinstatement of auditory activity associated with hearing misleading post-event information.
Believing in neuromyths, especially concerning learning styles, may be dangerous to personal development. Researchers debunk the concepts surrounding neuromyths.
Paying attention alters how the brain allocates its limited energy. As the brain uses more energy to process information we attend to, the less energy is supplied to processing outside our field of attention.
Depending on the network state, certain neurons in the primary somatosensory cortex can be more or less excitable, which shapes stimulus processing in the brain.
When it comes to processing information about motion, neurons in the ventral intraparietal area of the brain are more flexible in switching between reference frames. The findings could be used to develop neural prosthetics designed for motion control.
