A leading theory is that TIPL occurs as a result of diffusely released learning signals that are triggered by performance of the RSVP task, which the subjects perform while being exposed to the task-irrelevant stimuli [1].
The data demonstrate that when subjects perform a simple working memory task, financial incentives motivate performance and interact with some of the same neural networks that process various stages of working memory.
During the experiments, the subjects perform RT task.
But are these the areas that are most active when subjects perform IQ tests?
Even after a poor night's sleep - four or five hours for people used to eight - subjects perform better during the day than they do at night.
The subjects perform to camera at times, as if with an eye on future series of Celebrity Big Brother, but their candour and predicaments shine through eventually.
With the development of functional brain imaging, it has became possible to visualize the activity of the brain in real time, as subjects perform various tasks.
By revealing neurological circuitry as the subjects perform normal tasks, researchers say, the technology could greatly broaden the understanding of learning, addiction, depression, and other conditions.
In such studies the amount and location of blood flow in the brain is monitored while subjects perform cognitive tasks.
In this study, subjects perform manual 3D object manipulation tasks where they can only see the workspace through holographic closed-circuit television.
Compared to insusceptible subjects, hypnotizable subjects perform relatively poorly on tests of free recall (Rl) and recognition (Rn) while the amnesia suggestion is in effect.
