Giving up the theory that consciousness is like a "ghost in the machine" to focus on the neurobiology of brain mechanisms behind conscious awareness is an essential step to better understand the human mind, researchers argue.
A new study brings into question conventional theories of the neuroscience of free will. Researchers found readiness potential reflects neural activity that underlies the formation of a decision to move, rather than the outcome to move.
Researchers warn that "deprogramming" beliefs of those who believe in outlandish conspiracy theories may be detrimentally harmful. Instead, they suggest a more cautious approach, such as listening to their concerns and problems, may prove to be a better option.
A new qualitative review calls into question previous findings about the neuroscience of free will.
A new article considers if it will be possible for artificial intelligence to mimic free will.
A new study pinpoints he areas of the brain involved in decision-making and action.
Researchers explore whether people are able to stop planned movements once the readiness potential for a movement has been triggered.
Researchers report brain stimulation to different parts of a specific brain network can change perceptions of free will.
A new study contradicts conventional assumptions that belief in free will is tied to a person's moral behavior. Researchers say free will may promote moral behavior in specific contexts, but it is not indicative of moral behavior overall.
As robots become more autonomous, people will regard them as more responsible for accidental wrongdoing.
Voluntary actions are linked to the body's inner state, specifically breathing and expiration, but not heartbeat.
A new theory bridges the gap between philosophical arguments for free will and neurocognitive reality.
