While the necessary hardware and IT infrastructure is today already in place, there is still a lot of work to be done to find the right methods for processing the available information in a way that allows for multigoal optimization and flexible reaction on unexpected situations.
The second time window showed persistence of the greater activation of the left IT gyrus and right STG (BA38) for processing dynamic vs. static actions, and also of the right cingulate, left superior and right inferior frontal gyri.
Pseudoneglect is traditionally viewed as reflecting right hemisphere specialization for processing spatial information, which brings about relatively greater activation of the right hemisphere and orienting towards the contralateral space.
However these systems implicitly assume the availability of the error-free left and right microphone signals for processing.
The results are consistent with other studies of semantic processing in psychopathy and support the theory that psychopathy is associated with right hemisphere abnormalities for processing conceptually abstract material.
In the context of laterality, Lee et al. [13] found that CO had a right hemisphere advantage for processing visuospatial information while SZ exhibited more symmetrical activation pattern.
Neuropsychological, neuroimaging and magnetic stimulation studies [6], [14], [15], [25], [32] [34] have also reported a right hemisphere asymmetry for processing temporal information.
Nevertheless, conspecific vocalizations are not always processed by the left hemisphere, since the right hemisphere is used for processing vocalizations when they elicit intense emotion, including fear.
The right hemisphere is used for processing vocalizations on occasions when they elicit intense emotion, including fear.
This result is evidence that conspecific vocalizations are not always processed by the left hemisphere, as Hauser found in monkeys [10], since the right hemisphere is used for processing vocalizations when they elicit intense emotion, including fear.
Research has shown that many species, including dogs, view negative events with their left eye due to the right brain hemisphere's specialisation for processing negative signs.
